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Polyethylene in Russia2016

Annual Report www.mrcplast.com

MARKETR E P O R T C O M P A N Y

Polyethylene in Russia – 2016_

4MARKETR E P O R T C O M P A N Y

Annual Report

The information presented in this Report is strictly for the exclusive use of clients of MarketReport Company (MRC). Transfer or reproduction of any information to a third party without aprior written consent of MRC is strictly prohibited. The information presented herein is strictlythe opinion of MRC and is based on data collected within the public sector and on dataprepared by the specialists of the Company. MRC furnishes no security or warranty andassumes no liability as to consequences of decisions taken in regard to the informationpresented in this Report.



Annual Report

Methodology

1. Economic indicators in Russia

1.1 Current state and forecast of the world economy development

2. Assessment of the polyethylene market in Russia

2.1 General state of the economy in Russia

2.2 Investments into polyethylene processing

2.3 Film extrusion

2.4 Pipe extrusion

2.5 Blow molding

2.6 Cable extrusion

2.7 Extrusion pipes coatings

2.8 Extrusion coatings (packaging)

2.9 Injection molding

3. Domestic production

3.1 Domestic price history of PE in 2015 (the top grades)

4. PE. General market indicators

4.1 HDPE: general market indicators

4.2 LDPE: general market indicators

4.3 LLDPE: general market indicators

4.4 EVA: general market indicators

5. Film extrusion: PE consumption analysis

5.1 Film extrusion (blown films): PE consumption analysis

5.2 Film extrusion (cast films): PE consumtion analysis

6. Pipe extrusion: PE consumption analysis

7. Blown moulding: PE consumption analysis

8. Cable extrusion: PE consumption analysis

9. Extrusion coating: PE consumption analysis

9.1 Extrusion coating (steel pipes): PE consumption analysis

9.2 Extrusion coating (packaging): PE consumption analysis

10. Injection molding: PE consumption analysis

11. PE production anlysis

12. PE imports analysis

13. PE exports analysis

14. PE producers rating

15. PE grades rating

16. PE converters rating

17. Analysis of operations of the largest PE suppliers



Annual Report

The report presents a most comprehensive research into the Russian PE market. It featuresanalytics offered in a new, rearranged presentation format, where the narrative recitesimportant points (bullets) made by our analysts, while the annex presents all the statisticalfigures for the market that can ever be generated. The report reflects key trends in the PEmarket by technology and sectors. It gives a great deal of attention to the analysis ofinvestments in PE production and processing.

The report covers analysis of PE consumption, production, exports/imports in Russia by types,processing technologies, consumers, manufacturers and their brands, as well as businessstatistics of all the major actors in the market (producers, traders, equipment suppliers andconverters) in each processing sector. All the data presented covers the period 2007 to 2015.This being our exclusive highlight across CIS, we continue on our practice of giving ratings ofsales of the main producers of polyethylene and main PE grades. The report contains profilesof major PE suppliers in Russia, as well as presents a rating of major PE processors. Thereport will also help you to find answers to the following questions:

· PE consumption last year matched that of 2014 and was 1 mln 784 ths tonnes. Shrinkingdemand for HDPE made producers to review their production plans for 2016. How will thenew plans affect the market this year?

· 2015 saw the most significant decline of demand for pipe HDPE. Who were the leaders ofproduction cuts? Who left the market in 2015 at all?

· The market for linear polyethylene showed minimum growth for in seven years. What factorswill drive the markets further?

· What are the main developments in the Russian polyethylene market in 2015? How will theyimpact the market in the nearest feature?

· How fundamental macroeconomic factors will affect the dynamics of the PE market in 2015and the year after? What are the trends for development of the market?

· Importance of import substitution for Russian converters: which sectors of the PE marketneed it most?

· Current PE production capacities: are they adequate to accommodate present consumptiongrowth rate in the market or excessive?

· How strong was the growth of PE processing capacity in eqach processing sector?

· How much did each of the major Russian converters invest in PE processing? What gradesand complete production lines did they buy?

· Which sectors are expected to show PE consumption growth? Why? Which segments of themarket will generate most profits during economic crisis and help their investors/ovners tosurvive?

· What were the best selling grades in 2015? Why?

· Who are TOP-20 converters in each sector? Who is on the TOP-50 converters list anyway?

· What are the specific PE grades that are most popular with producers of films, mouldedgoods, pipes, cable, etc.?

· Which processing sector saw most investment inflow?

· How will the "Iranian factor" affect PE supplies to Russia? Which segment looks the mostpromising for Iranian producers? What is the logistics for these possible supplies?



Annual Report

List of tables (Applications)

1. PE. General market indicators, MT (2007-2015)2. PE. General market indicators, % (2007-2015)3. PE consumption dynamics by PE types, MT (2007-2015)4. PE consumption dynamics by technologies, MT (2007-2015)5. Domestic PE supply* by regions in the previous year, MT6. Dynamics of investments into PE processing by technologies.

Number of complete lines7. Dynamics of investments into PE processing by technologies,

USD thous.8. Dynamics of investments into PE processing by technologies,

last year, USD thous.9. Commissioning of new PE processing capacities by

technologies, MT10. Current PE processing capacities by technologies.

Progressive total, MT11. Commissioning of new PE processing capacities by regions,

MT12. Current PE processing capacities by regions. Progressive

total, MT13. PE market growth factors, last year. Absolute values. 2010,

KT14. HDPE. General market indicators, KT15. HDPE consumption dynamics by technologies, MT16. Domestic HDPE supply* by regions in the previous year, MT17. HDPE suppliers, MT18. HDPE suppliers in the previous year, MT19. HDPE grades rating, MT20. HDPE grades rating in the previous year, MT21. Commissioning of new HDPE processing capacities by

technologies. Number of complete lines22. Dynamics of investments into HDPE processing by

technologies, USD thous.23. Commissioning of new HDPE processing capacities by

technologies, MT24. Current HDPE processing capacities by technologies.

Progressive total, MT25. Current HDPE processing capacities by technologies.

Progressive total, MT26. Current HDPE processing capacities by technologies.

Progressive total, MT27. Dynamics of investments into HDPE processing by regions,

USD thous.28. Current HDPE processing capacities by regions. Progressive

total. Number of complete lines29. LDPE. General market indicators, MT30. LDPE. General market indicators. From Belarus, MT31. LDPE consumption dynamics by technologies, MT32. Domestic LDPE supply* by regions in the previous year, MT33. LDPE suppliers, MT34. LDPE suppliers in the previous year, MT35. LDPE grades rating, MT36. LDPE grades rating in the previous year, MT37. Commissioning of new LDPE processing capacities by

technologies. Number of complete lines38. Dynamics of investments into LDPE processing by

technologies, USD thous.39. Commissioning of new LDPE processing capacities by

technologies, MT40. Current LDPE processing capacities by technologies.

Progressive total, MT41. Commissioning of new LDPE processing capacities by

regions, MT42. Current LDPE processing capacities by regions. Progressive

total, MT43. Dynamics of investments into LDPE processing by regions,

USD thous.44. Commissioning of new LDPE processing capacities by

regions. Number of complete lines45. LLDPE. General market indicators, MT46. LLDPE consumption dynamics by technologies, MT47. Domestic LLDPE supply* by regions in the previous year, MT48. LLDPE suppliers, MT49. LLDPE suppliers in the previous year, MT50. LLDPE grades rating, MT51. LLDPE grades rating in the previous year, MT52. Commissioning of new LLDPE processing capacities by

technologies. Number of complete lines53. Dynamics of investments into LLDPE processing by

technologies, USD thous.

54. Commissioning of new LLDPE processing capacities bytechnologies, MT

55. Current LLDPE processing capacities by technologies.Progressive total, MT

56. Commissioning of new LLDPE processing capacities byregions, MT

57. Current LLDPE processing capacities by regions. Progressivetotal, MT

58. Dynamics of investments into LLDPE processing by regions,USD thous.

59. Commissioning of new LLDPE processing capacities byregions. Number of complete lines

60. EVA. General market indicators, MT61. EVA consumption dynamics by technologies, MT62. Domestic EVA supply* by regions in the previous year, MT63. EVA suppliers, MT64. EVA suppliers in the previous year, MT65. EVA grades rating, MT66. EVA grades rating in the previous year, MT67. Commissioning of new EVA processing capacities by

technologies. Number of complete lines68. Dynamics of investments into EVA processing by

technologies, USD thous.69. Film extrusion: PE converters rating in the previous year70. Film extrusion: Commissioning of new PE processing

capacities PE, MT71. Film extrusion: PE supply analysis, MT72. Film extrusion: PE supply analysis, %73. Film extrusion: PE consumption by sectors, MT74. Film extrusion: PE consumption by PE types, MT75. Film extrusion: PE suppliers, MT76. Film extrusion: PE suppliers in the previous year, MT77. Film extrusion: LDPE suppliers, MT78. Film extrusion: LDPE suppliers in the previous year, MT79. Film extrusion: HDPE suppliers, MT80. Film extrusion: HDPE suppliers in the previous year, MT81. Film extrusion: LLDPE suppliers, MT82. Film extrusion: LLDPE suppliers in the previous year, MT83. Film extrusion: PE grades rating, MT84. Film extrusion: LDPE grades rating, MT85. Film extrusion: HDPE grades rating, MT86. Film extrusion: LLDPE grades rating, MT87. Film extrusion: TOP-20 Converters*, MT88. Film extrusion: PE domestic supply by regions in the previous

year, MT89. Film extrusion: TOP-20 PE consumers in the previous year,

2015, MT*90. Film extrusion: TOP-20 HDPE consumers in the previous

year, 2015, MT*91. Film extrusion: TOP-20 LDPE consumers in the previous

year, 2015, MT*92. Film extrusion: TOP-20 LLDPE consumers in the previous

year, 2015, MT93. Film extrusion: Commissioning of new processing capacities

to produce finished products, MT94. Film extrusion: Current processing capacities to produce

finished products. Progressive total, MT95. Film extrusion: Top-20 converters in terms of investments into

equipment. Number of complete lines96. Film extrusion: Top-20 converters in terms of investments

into equipment. Cost of production line, USD thous.97. Film extrusion: Top-20 converters in terms of investments into

equipment. Commissioning of new processing capacities, MT98. Film extrusion: Top-20 converters in terms of investments into

equipment. Current processing capacities, progressive total,MT

99. Film extrusion: Current PE processing capacities by regions.Progressive total, MT

100. Film extrusion: TOP-20 equipment suppliers. Number ofcomplete lines

101. Film extrusion: TOP-20 equipment suppliers. Cost ofproduction lines, USD thous.

102. Film extrusion: TOP-20 Equipment suppliers. Commissioningof new processing capacities, MT

103. Film extrusion. Blown films: PE suppliers, MT104. Film extrusion. Blown films: PE suppliers in the previous year,

MT105. Film extrusion. Blown films: HDPE suppliers, MT106. Film extrusion. Blown films: HDPE suppliers in the previous

year, MT



Annual Report

107. Film extrusion. Blown films: LDPE suppliers, MT108. Film extrusion. Blown films: LDPE suppliers in the previous

year, MT109. Film extrusion. Blown films: LLDPE suppliers, MT110. Film extrusion. Blown films: LLDPE suppliers in the previous

year, MT111. Film extrusion. Blown films: PE grades rating, MT112. Film extrusion. Blown films: HDPE grades rating, MT113. Film extrusion. Blown films: LDPE grades rating, MT114. Film extrusion. Blown films: LLDPE grades rating, MT115. Film extrusion. Cast films: LLDPE suppliers, MT116. Film extrusion. Cast films: LLDPE suppliers in the previous

year, MT117. Film extrusion. Cast films: PE grades rating, MT118. Film extrusion. Cast films: TOP-20 LLDPE consumers in the

previous year, 2015, MT*119. Film extrusion. Cast films: Investments into processing by

finished products type, USD thous.120. Film extrusion. Cast films: Top-20 converters in terms of

investments into equipment. Number of complete lines121. Film extrusion. Cast films: Top-20 converters in terms of

investments into equipment. Cost of production lines, USDthous.

122. Film extrusion. Cast films: Top-20 converters in terms ofinvestments into equipment. Commissioning of newprocessing capacities, MT

123. Film extrusion. Cast films: Top-20 converters in terms ofinvestments into equipment. Current processing capacities,progressive total, MT

124. Film extrusion. Cast films: TOP-20 Equipment suppliers.Number of complete lines

125. Film extrusion. Cast films: TOP-20 Equipment suppliers. Costof production lines, USD thous.

126. Film extrusion. Cast films: TOP-20 Equipment suppliers.Commissioning of new processing capacities, MT

127. Film extrusion. Multi-layer fillms: Top-20 Investors. Number ofcomplete lines

128. Film extrusion. Multi-layer fillms: Top-20 converters in termsof investments into equipment. Cost of production line, USDthous.

129. Film extrusion. Multi-layer fillms: Top-20 converters in termsof investments into equipment. Commissioning of newprocessing capacities, MT

130. Film extrusion. Multi-layer fillms: Top-20 converters in termsof investments into equipment. Current processing capacities,progressive total, MT

131. Film extrusion. Multi-layer fillms: TOP-20 Equipmentsuppliers. Number of complete lines

132. Film extrusion. Multi-layer fillms: TOP-20 Equipmentsuppliers. Cost of production lines, USD thous.

133. Film extrusion. Multi-layer fillms: TOP-20 Equipmentsuppliers. Commissioning of new processing capacities, MT

134. Pipe extrusion: PE converters rating in the previous year135. Pipe extrusion: Commissioning of new PE processing

capacities PE, MT136. Pipe extrusion: PE supply analysis, MT137. Pipe extrusion: PE supply analysis, %138. Pipe extrusion: PE consumption by PE types, MT139. Pipe extrusion: PE suppliers, MT140. Pipe extrusion: PE suppliers in the previous year, MT141. Pipe extrusion: HDPE suppliers, MT142. Pipe extrusion: HDPE suppliers in the previous year, MT143. Pipe extrusion: PE grades rating, MT144. Pipe extrusion: TOP-20 Converters*, MT145. Pipe extrusion: PE domestic supply by regions in the

previous year, MT146. Pipe extrusion: TOP-20 PE consumers in the previous year,

2015, MT147. Pipe extrusion: Commissioning of new processing capacities

to produce finished products, MT148. Pipe extrusion: Current processing capacities to produce

finished products. Progressive total, MT149. Pipe extrusion: Top-20 converters in terms of investments into

equipment. Number of complete lines150. Pipe extrusion: Top-20 converters in terms of investments into

equipment. Cost of production line, USD thous.151. Pipe extrusion: Top-20 converters in terms of investments

into equipment. Commissioning of new processing capacities,MT

152. Pipe extrusion: Top-20 converters in terms of investmentsinto equipment. Current processing capacities, progressivetotal, MT

153. Pipe extrusion: Commissioning of new PE processingcapacities by regions, MT

154. Pipe extrusion: Current PE processing capacities by regions.Progressive total, MT

155. Pipe extrusion: TOP-20 Equipment suppliers. Number ofcomplete lines

156. Pipe extrusion: TOP-20 Equipment suppliers. Cost ofproduction lines, USD thous.

157. Pipe extrusion: TOP-20 Equipment suppliers. Commissioningof new processing capacities, MT

158. Blown molding: Converters rating in the previous year159. Blown molding: Commissioning of new PE processing

capacities PE, MT160. Blown molding: PE supply analysis, MT161. Blown molding: PE supply analysis, %162. Blown molding: PE consumption by PE types, MT163. Blown molding: PE suppliers, MT164. Blown molding: PE suppliers in the previous year, MT165. Blown molding: HDPE suppliers, MT166. Blown molding: HDPE suppliers in the previous year, MT167. Blown molding: PE grades rating, MT168. Blown molding:TOP-20 Converters169. Blown molding: PE domestic supply by regions in the

previous year, MT170. Blown molding: TOP-20 PE consumers in the previous year,

2015, MT171. Blown molding: Commissioning of new PE processing

capacities by finished products types. Number of completelines

172. Blown molding: Investments into processing by finishedproducts type, USD thous.

173. Blown molding: Commissioning of new processing capacitiesto produce finished products, MT

174. Blown molding: Current processing capacities to producefinished products. Progressive total, MT

175. Blown molding: Top-20 converters in terms of investmentsinto equipment. Number of complete lines

176. Blown molding: Top-20 converters in terms of investmentsinto equipment. Cost of production line, USD thous.

177. Blown molding: Top-20 converters in terms of investmentsinto equipment. Commissioning of new processing capacities,MT

178. Blown molding: Top-20 converters in terms of investmentsinto equipment. Current processing capacities, progressivetotal, MT

179. Blown molding: Commissioning of new PE processingcapacities by regions, MT

180. Blown molding: Current PE processing capacities by regions.Progressive total, MT

181. Blown molding: TOP-20 Equipment suppliers. Number ofcomplete lines

182. Blown molding: TOP-20 Equipment suppliers. Cost ofproduction lines, USD thous.

183. Blown molding: TOP-20 Equipment suppliers. Commissioningof new processing capacities, MT

184. Blown molding. Householdchemicals/cosmetics/pharmaceuticals: Top-20 Investors.Number of complete lines

185. Blown molding. Householdchemicals/cosmetics/pharmaceuticals: TOP-20 Investors.Cost of production lines, USD thous.

186. Blown molding. Householdchemicals/cosmetics/pharmaceuticals: Top-20 converters interms of investments into equipment. Commissioning of newprocessing capacities, MT

187. Blown molding. Householdchemicals/cosmetics/pharmaceuticals: Top-20 converters interms of investments into equipment. Current processingcapacities, progressive total, MT

188. Blown molding. Householdchemicals/cosmetics/pharmaceuticals: TOP-20 Equipmentsuppliers. Number of complete lines

189. Blown molding. Householdchemicals/cosmetics/pharmaceuticals: TOP-20 Equipmentsuppliers. Cost of production lines, USD thous.

190. Blown molding. Householdchemicals/cosmetics/pharmaceuticals: TOP-20 Equipmentsuppliers. Commissioning of new processing capacities, MT

191. Blown molding. Automobile chemistry: Top-20 converters interms of investments into equipment. Number of completelines

192. Blown molding. Automobile chemistry: Top-20 converters interms of investments into equipment. Cost of production line,USD thous.

193. Blown molding. Automobile chemistry: Top-20 converters interms of investments into equipment. Commissioning of newprocessing capacities, MT

194. Blown molding. Automobile chemistry: Top-20 converters interms of investments into equipment. Current processingcapacities, progressive total, MT

195. Blown molding. Automobile chemistry: TOP-20 Equipmentsuppliers. Number of complete lines

196. Blown molding. Automobile chemistry: TOP-20 Equipmentsuppliers. Cost of production lines, USD thous.



Annual Report

197. Blown molding. Automobile chemistry: TOP-20 Equipmentsuppliers. Commissioning of new processing capacities, MT

198. Blown molding. Dairy: Top-20 converters in terms ofinvestments into equipment. Number of complete lines

199. Blown molding. Dairy: Top-20 converters in terms ofinvestments into equipment. Cost of production line, USDthous.

200. Blown molding. Dairy: Top-20 converters in terms ofinvestments into equipment. Commissioning of newprocessing capacities, MT

201. Blown molding. Dairy: Top-20 converters in terms ofinvestments into equipment. Current processing capacities,progressive total, MT

202. Blown molding. Dairy: TOP-20 Equipment suppliers. Numberof complete lines

203. Blown molding. Dairy: TOP-20 Equipment suppliers. Cost ofproduction lines, USD thous.

204. Blown molding. Dairy: TOP-20 Equipment suppliers.Commissioning of new processing capacities, MT

205. Cable extrusion: PE Converters rating206. Cable extrusion: Commissioning of new PE processing

capacities PE, MT207. Cable extrusion: PE supply analysis, MT208. Cable extrusion: PE supply analysis, %209. Cable extrusion: PE consumption by PE types, MT210. Cable extrusion: PE suppliers, MT211. Cable extrusion: PE suppliers in the previous year, MT212. Cable extrusion: LDPE suppliers, MT213. Cable extrusion: LDPE suppliers in the previous year, MT214. Cable extrusion: HDPE suppliers, MT215. Cable extrusion: HDPE suppliers in the previous year, MT216. Cable extrusion: PE grades rating, MT217. Cable extrusion: LDPE grades rating, MT218. Cable extrusion: HDPE grades rating, MT219. Cable extrusion: TOP-20 Converters*, MT220. Cable extrusion: PE domestic supply by regions in the

previous year, MT221. Cable extrusion: TOP-20 PE consumers in the previous year,

2015, MT*222. Cable extrusion: TOP-20 LDPE consumers in the previous

year, 2015, MT*223. Cable extrusion: TOP-20 PE consumers in the previous year,

2015, MT224. Cable extrusion: Commissioning of new PE processing


225. Cable extrusion: Investments into processing by finishedproducts type, USD thous.

226. Cable extrusion: Current processing capacities to producefinished products. Progressive total, MT

227. Cable extrusion: TOP-20 Converters. Number of completelines

228. Cable extrusion: Top-20 converters in terms of investmentsinto equipment. Cost of production line, USD thous.

229. Cable extrusion: Top-20 converters in terms of investmentsinto equipment. Commissioning of new processing capacities,MT

230. Cable extrusion: Top-20 converters in terms of investmentsinto equipment. Current processing capacities, progressivetotal, MT

231. Cable extrusion: Commissioning of new PE processingcapacities by regions, MT

232. Cable extrusion: Current PE processing capacities by regions.Progressive total, MT

233. Cable extrusion: TOP-20 Equipment suppliers. Number ofcomplete lines

234. Cable extrusion: TOP-20 Equipment suppliers. Cost ofproduction lines, USD thous.

235. Cable extrusion: TOP-20 Equipment suppliers.Commissioning of new processing capacities, MT

236. Extrusion coating: PE converters rating in the previous year237. Extrusion coating: Commissioning of new PE processing

capacities PE, MT238. Extrusion coating: PE supply analysis, MT239. Extrusion coating: PE supply analysis, %240. Extrusion coating: PE consumption by sectors, MT241. Extrusion coating: PE consumption by PE types, MT242. Extrusion coating: PE suppliers, MT243. Extrusion coating: PE suppliers in the previous year, MT244. Extrusion coating: HDPE suppliers, MT245. Extrusion coating: HDPE suppliers in the previous year, MT246. Extrusion coating: LDPE suppliers, MT247. Extrusion coating: LDPE suppliers in the previous year, MT248. Extrusion coating: LLDPE suppliers, MT249. Extrusion coating: LLDPE suppliers in the previous year, MT250. Extrusion coating: PE grades rating, MT251. Extrusion coating: HDPE grades rating, MT252. Extrusion coating: LDPE grades rating, MT

253. Extrusion coating: LLDPE grades rating, MT254. Extrusion coating: TOP-20 converters255. Extrusion coating: PE domestic supply by regions in the

previous year, MT256. Extrusion coating: TOP-20 PE consumers in the previous

year, 2010, MT*257. Extrusion coating: TOP-20 PE consumers in the previous

year, 2010, MT258. Extrusion coating: TOP-20 LDPE consumers in the previous

year, 2010, MT*259. Extrusion coating: TOP-20 Finished goods exporters in the

previous year, 2015, MT260. Extrusion coating: Investments into processing by finished

products type, USD thous.261. Extrusion coating: Commissioning of new processing

capacities to produce finished products, MT262. Extrusion coating: Current processing capacities to produce

finished products. Progressive total, MT263. Extrusion coating: Top-20 converters in terms of investments

into equipment. Number of complete lines264. Extrusion coating: Top-20 converters in terms of investments

into equipment. Cost of production line, USD thous.265. Extrusion coating: Top-20 converters in terms of investments

into equipment. Commissioning of new processing capacities,MT

266. Extrusion coating: Top-20 converters in terms of investmentsinto equipment. Current processing capacities, progressivetotal, MT

267. Extrusion coating: Commissioning of new PE processingcapacities by regions, MT

268. Extrusion coating: Current PE processing capacities byregions. Progressive total, MT

269. Extrusion coating: TOP-20 Equipment suppliers. Number ofcomplete lines

270. Extrusion coating: TOP-20 Equipment suppliers. Cost ofproduction lines, USD thous.

271. Extrusion coating: TOP-20 Equipment suppliers.Commissioning of new processing capacities, MT

272. Extrusion coating. Steel pipes: PE suppliers, MT273. Extrusion coating. Steel pipes: PE suppliers in the previous

year, MT274. Extrusion coating. Steel pipes: HDPE suppliers, MT275. Extrusion coating. Steel pipes: HDPE suppliers in the

previous year, MT276. Extrusion coating. Steel pipes: LDPE suppliers, MT277. Extrusion coating. Steel pipes: LDPE suppliers in the previous

year, MT278. Extrusion coating. Steel pipes: PE grades rating, MT279. Extrusion coating. Steel pipes: HDPE grades rating, MT280. Extrusion coating. Steel pipes: LDPE grades rating, MT281. Extrusion coating. Steel pipes: TOP-20 PE consumers in the

previous year, 2010, MT282. Extrusion coating. Steel pipes: TOP-20 LDPE consumers in

the previous year, 2015, MT283. Extrusion coating. Steel pipes: Top-20 converters in terms of

investments into equipment. Number of complete lines284. Extrusion coating. Steel pipes: Top-20 converters in terms of

investments into equipment. Cost of production line, USDthous.

285. Extrusion coating. Steel pipes: Top-20 converters in terms ofinvestments into equipment. Commissioning of newprocessing capacities, MT

286. Extrusion coating. Steel pipes: Top-20 converters in terms ofinvestments into equipment. Current processing capacities,progressive total, MT

287. Extrusion coating. Steel pipes: TOP-20 Equipment suppliers.Number of complete lines

288. Extrusion coating. Steel pipes: TOP-20 Equipment suppliers.Cost of production lines, USD thous.

289. Extrusion coating. Steel pipes: TOP-20 Equipment suppliers.Commissioning of new processing capacities, MT

290. Extrusion coating. Packaging: PE suppliers, MT291. Extrusion coating. Packaging: PE suppliers in the previous

year, MT292. Extrusion coating. Packaging: LDPE suppliers, MT293. Extrusion coating. Packaging: LDPE suppliers in the previous

year, MT294. Extrusion coating. Packaging: LLDPE suppliers, MT295. Extrusion coating. Packaging: LLDPE suppliers in the

previous year, MT296. Extrusion coating. Packaging: PE grades rating, MT297. Extrusion coating. Packaging: TOP-20 LDPE consumers in

the previous year, 2015, MT*298. Extrusion coating. Packaging: TOP-20 LLDPE consumers in

the previous year, 2015, MT*299. Extrusion coating. Packaging: Top-20 converters in terms of

investments into equipment. Number of complete lines



Annual Report

300. Extrusion coating. Packaging: Top-20 converters in terms ofinvestments into equipment. Cost of production line, USDthous.

301. Extrusion coating. Packaging: Top-20 converters in terms ofinvestments into equipment. Commissioning of newprocessing capacities, MT

302. Extrusion coating. Packaging: Top-20 converters in terms ofinvestments into equipment. Current processing capacities,progressive total, MT

303. Injection molding: PE converters rating304. Injection molding: Commissioning of new PE processing

capacities PE, MT305. Injection molding: PE supply analysis, MT306. Injection molding: PE supply analysis, %307. Injection molding: PE consumption by PE types, MT308. Injection molding: PE suppliers, MT309. Injection molding: PE suppliers in the previous year, MT310. Injection molding: LDPE suppliers, MT311. Injection molding: LDPE suppliers in the previous year, MT312. Injection molding: HDPE suppliers, MT313. Injection molding: HDPE suppliers in the previous year, MT314. Injection molding: PE grades rating, MT315. Injection molding: HDPE grades rating, MT316. Injection molding: LDPE grades rating, MT317. Injection molding: Top-20 converters318. Injection molding: PE domestic supply by regions in the

previous year, MT319. Injection molding: TOP-20 PE consumers in the previous

year, 2010, MT*320. Injection molding: TOP-20 LDPE consumers in the previous

year, 2010, MT*321. Injection molding: TOP-20 PE consumers in the previous

year, 2010, MT322. Injection molding: TOP-20 Finished goods exporters in the

previous year, 2015, MT323. Injection molding: Finished goods exports by countries in the

previous year, 2010, MT*324. Injection molding: Commissioning of new PE processing


325. Injection molding: Investments into processing by finishedproducts type, USD thous.

326. Injection molding: Commissioning of new processingcapacities to produce finished products, MT

327. Injection molding: Current processing capacities to producefinished products. Progressive total, MT

328. Injection molding: Top-20 converters in terms of investmentsinto equipment. Number of complete lines

329. Injection molding: Top-20 converters in terms of investmentsinto equipment. Cost of production line, USD thous.

330. Injection molding: Top-20 converters in terms of investmentsinto equipment. Commissioning of new processing capacities,MT

331. Injection molding: Top-20 converters in terms of investmentsinto equipment. Current processing capacities, progressivetotal, MT

332. Injection molding: Commissioning of new PE processingcapacities by regions, MT

333. Injection molding: Current PE processing capacities byregions. Progressive total, MT

334. Injection molding: TOP-20 Equipment suppliers. Number ofcomplete lines

335. Injection molding: TOP-20 Equipment suppliers. Cost ofproduction lines, USD thous.

336. Injection molding: TOP-20 Equipment suppliers.Commissioning of new processing capacities, MT

337. Injection molding. Corks / closures: Top-20 converters interms of investments into equipment. Number of completelines

338. Injection molding. Corks / closures: Top-20 converters interms of investments into equipment. Cost of production line,USD thous.

339. Injection molding. Corks / closures: Top-20 converters interms of investments into equipment. Commissioning of newprocessing capacities, MT

340. Injection molding. Corks / closures: Top-20 converters interms of investments into equipment. Current processingcapacities, progressive total, MT

341. Injection molding. Corks / closures: TOP-20 Equipmentsuppliers. Number of complete lines

342. Injection molding. Corks / closures: TOP-20 Equipmentsuppliers. Cost of production lines, USD thous.

343. Injection molding. Corks / closures: TOP-20 Equipmentsuppliers. Commissioning of new processing capacities, MT

344. PE production by producers, MT345. PE production by producers in the previous year, MT346. PE production by types, MT347. Current PE producing capacities. Progressive total, MT

348. HDPE production by producers, MT349. HDPE production by producers in the previous year, MT350. HDPE production by types, MT351. Current processing capacities to produce HDPE. Progressive

total, MT352. LDPE production by producers, MT353. LDPE production by producers in the previous year, MT354. PE production by types, MT355. Current LDPE producing capacities. Progressive total, MT356. LLDPE production by producers, MT357. PE production by producers in the previous year, MT358. LLDPE production by grades, MT359. Current LLDPE producing capacities. Progressive total, MT360. EVA production by producers, MT361. EVA production by producers in the previous year, MT362. Current EVA producing capacities. Progressive total, MT363. Ethylene production by producers, MT364. Current ethylene producing capacities. Progressive total, MT365. Dynamics of PE imports by types, MT366. Dynamics of PE imports by technologies, MT367. PE imports by producers, MT368. PE imports by grades, MT369. PE imports by regions, MT370. HDPE imports by countries, MT371. HDPE imports by producers, MT372. HDPE imports by grades, MT373. HDPE imports by regions, MT374. LDPE imports by countries, MT375. LDPE imports by producers, MT376. LDPE imports by grades, MT377. LDPE imports by regions, MT378. LLDPE imports by countries, MT379. LLDPE imports by producers, MT380. LLDPE imports by grades, MT381. LLPE imports by regions, MT382. EVA imports by countries, MT383. EVA imports by producers, MT384. EVA imports by grades, MT385. EVA imports by regions, MT386. Dynamics of PE exports by types, MT387. PE exports by countries, MT388. HDPE exports by producers, MT389. HDPE exports by grades, MT390. LDPE exports by producers, MT391. LDPE exports by grades, MT392. LLDPE exports by producers, MT393. LLDPE exports by grades, MT394. EVA exports by producers, MT395. EVA exports by grades, MT396. PE finished goods production dynamics by technologies, MT397. PE finished goods imports dynamics by technologies in

previous year, 2015, MT398. PE finished goods exports dynamics by technologies in

previous year, 2015, MT399. PE producers rating, MT400. HDPE producers rating, MT401. LDPE producers rating, MT402. LLDPE producers rating, MT403. EVA producers rating, MT404. PE grades rating, MT405. HDPE grades rating, MT406. LDPE grades rating, MT407. LLDPE grades rating, MT408. EVA grades rating, MT409. PE converters rating410. PE converters rating. PE imports, MT411. Kazanorgsyntez. PE domestic supply by types, MT412. Kazanorgsyntez. PE domestic supply by technologies, MT413. Kazanorgsyntez. PE domestic supply by grades, MT414. Stavrolen. PE domestic supply by types, MT415. Stavrolen. PE domestic supply by technologies, MT416. Stavrolen. PE domestic supply by grades, MT417. Tomskneftechem. PE domestic supply by types, MT418. Tomskneftechem. PE domestic supply by technologies, MT419. Tomskneftechem. PE domestic supply by grades, MT420. Borealis. PE domestic supply by types, MT421. Borealis. PE domestic supply by technologies, MT422. Borealis. PE domestic supply by grades, MT423. Ufaorgsyntez. PE domestic supply by types, MT424. Ufaorgsyntez. PE domestic supply by technologies, MT425. Ufaorgsyntez. PE domestic supply by grades, MT426. Angarsk Polymers Plant. PE domestic supply by types, MT427. Angarsk Polymers Plant. PE domestic supply by technologies,

MT428. Angarsk Polymers Plant. PE domestic supply by grades, MT429. Shurtansky Gas-Chemical Plant. PE domestic supply by

types, MT



Annual Report

430. Shurtansky Gas-Chemical Plant. PE domestic supply bytechnologies, MT

431. Shurtansky Gas-Chemical Plant. PE domestic supply bygrades, MT

432. Dow. PE domestic supply by types, MT433. Dow. PE domestic supply by technologies, MT434. Dow. PE domestic supply by grades, MT435. Polymir. PE domestic supply by types, MT436. Polymir. PE domestic supply by technologies, MT437. Polymir. PE domestic supply by grades, MT438. Korea Petrochemical. PE domestic supply by types, MT439. Korea Petrochemical. PE domestic supply by technologies,

MT440. Korea Petrochemical. PE domestic supply by grades, MT441. Salavatnefteorgsyntez. PE domestic supply by types, MT442. Salavatnefteorgsyntez. PE domestic supply by technologies,

MT443. Salavatnefteorgsyntez. PE domestic supply by grades, MT444. Ineos Polyolefins. PE domestic supply by types, MT445. Ineos Polyolefins. PE domestic supply by technologies, MT446. Ineos Polyolefins. PE domestic supply by grades, MT447. LyondellBasell. PE domestic supply by types, MT448. LyondellBasell. PE domestic supply by technologies, MT449. LyondellBasell. PE domestic supply by grades, MT

450. Daelim. PE domestic supply by types, MT451. Daelim. PE domestic supply by technologies, MT452. Daelim. PE domestic supply by grades, MT453. Sevilen. PE domestic supply by types, MT454. Sevilen. PE domestic supply by technologies, MT455. Sevilen. PE domestic supply by grades, MT456. Sevilen. PE domestic supply by types, MT457. Sevilen. PE domestic supply by technologies, MT458. Sevilen. PE domestic supply by grades, MT459. Karpatneftechem. PE domestic supply by types, MT460. Karpatneftechem. PE domestic supply by technologies, MT461. Karpatneftechem. PE domestic supply by grades, MT462. Total Petrochemicals. PE domestic supply by types, MT463. Total Petrochemicals. PE domestic supply by technologies,

MT464. Total Petrochemicals. PE domestic supply by grades, MT465. LG. PE domestic supply by types, MT466. LG. PE domestic supply by technologies, MT467. LG. PE domestic supply by grades, MT468. TVK. PE domestic supply by types, MT469. TVK. PE domestic supply by technologies, MT470. TVK. PE domestic supply by grades, MT471. Supply* from Russia to Belarus, 2008, MT472. Supply* from Belarus to Russia, MT

Ежегодный обзор



List of diagrams (Applications)

1. Estimated Consumption, KT (2007-2015)2. Production, KT (2007-2015)3. Imports, KT (2007-2015)4. Exports, KT (2007-2015)5. Utilization of production capacities, %6. Exports to production, %7. Imports to consumption, %8. Domestic PE to PE consumption,%9. Estimated Consumption, KT, 201510. Production, KT, 201511. Imports, KT, 201512. Exports, KT, 201513. Utilization of production capacities, %, 201514. Exports to production, %, 201515. Imports to consumption, %, 201516. Domestic PE to PE consumption,%, 201517. PE consumption structure by PE types, %, 201018. PE consumption structure by PE types, %, 201319. PE consumption structure by PE types, %, 201420. PE consumption structure by PE types, %, 201521. PE supply structure by technologies, %, 201022. PE supply structure by technologies, %, 201323. PE supply structure by technologies, %, 201424. PE supply structure by technologies, %, 201525. Structure of investments into PE processing by technologies, %

to USD thous, 201026. Structure of investments into PE processing by technologies, %



to USD thous, 201529. Structure of PE processing capacities by technologies, %, 201030. Structure of PE processing capacities by technologies, %, 201331. Structure of PE processing capacities by technologies, %, 201432. Structure of PE processing capacities by technologies, %, 201533. Structure of investments into PE processing by regions, % to

USD thous, 201034. Structure of investments into PE processing by regions, % to



USD thous, 201537. PE market growth factors. By PE types, KT38. PE market growth factors. By processing technologies, KT39. PE market growth factors. By region, KT40. PE market growth factors. By PE processing capacities, KT41. PE market growth factors. By PE types, KT, 201542. PE market growth factors. By processing technologies, KT, 201543. PE market growth factors. By region, KT, 201544. PE market growth factors. By PE processing capacities, KT,

201545. PE market growth factors. By PE types, %46. PE market growth factors. By processing technologies, %47. PE market growth factors. By region, %48. PE market growth factors. By PE processing capacities, %49. PE market growth factors. By PE types, %, 201550. PE market growth factors. By processing technologies, %, 201551. PE market growth factors. By region, %, 201552. PE market growth factors. By PE processing capacities, %,

201553. HDPE. Estimated Consumption, KT54. HDPE. Production, KT55. HDPE. Imports, KT56. HDPE. Exports, KT57. HDPE. Utilization of production capacities, %58. HDPE. Exports to production, %59. HDPE. Imports to consumption, %60. HDPE. Domestic PE to PE consumption,%61. HDPE. Estimated Consumption, KT, 201562. HDPE. Production, KT, 201563. HDPE. Imports, KT, 201564. HDPE. Exports, KT, 201565. HDPE. Utilization of production capacities, %, 201566. HDPE. Exports to production, %, 201567. HDPE. Imports to consumption, %, 201568. HDPE. Domestic PE to PE consumption,%, 201569. HDPE supply structure by technologies, %, 201070. HDPE supply structure by technologies, %, 201371. HDPE supply structure by technologies, %, 2014

72. HDPE supply structure by technologies, %, 201573. HDPE consumption structure by suppliers, %, 201074. HDPE consumption structure by suppliers, %, 201375. HDPE consumption structure by suppliers, %, 201476. HDPE consumption structure by suppliers, %, 201577. HDPE consumption structure by grades, %, 201078. HDPE consumption structure by grades, %, 201379. HDPE consumption structure by grades, %, 201480. HDPE consumption structure by grades, %, 201581. Dynamics of investments into HDPE processing by

technologies, % to USD thous, 201082. Dynamics of investments into HDPE processing by



technologies, % to USD thous, 201585. HDPE capacities structure by technologies, %, 201086. HDPE capacities structure by technologies, %, 201387. HDPE capacities structure by technologies, %, 201488. HDPE capacities structure by technologies, %, 201589. Structure of investments into HDPE processing by regions, % to

USD thous, 201090. Structure of investments into HDPE processing by regions, % to



USD thous, 201593. LDPE. Estimated Consumption, KT94. LDPE. Production, KT95. LDPE. Imports, KT96. LDPE. Exports, KT97. LDPE. Utilization of production capacities, %98. LDPE. Exports to production, %99. LDPE. Imports to consumption, %100. LDPE. Domestic PE to PE consumption,%101. LDPE. Estimated Consumption, KT, 2015102. LDPE. Production, KT, 2015103. LDPE. Imports, KT, 2015104. LDPE. Exports, KT, 2015105. LDPE. Utilization of production capacities, %, 2015106. LDPE. Exports to production, %, 2015107. LDPE. Imports to consumption, %, 2015108. LDPE. Domestic PE to PE consumption,%, 2015109. LDPE supply structure by technologies, %, 2010110. LDPE supply structure by technologies, %, 2013111. LDPE supply structure by technologies, %, 2014112. LDPE supply structure by technologies, %, 2015113. LDPE consumption structure by suppliers, %, 2010114. LDPE consumption structure by suppliers, %, 2013115. LDPE consumption structure by suppliers, %, 2014116. LDPE consumption structure by suppliers, %, 2015117. LDPE consumption structure by grades, %, 2010118. LDPE consumption structure by grades, %, 2013119. LDPE consumption structure by grades, %, 2014120. LDPE consumption structure by grades, %, 2015121. Structure of investments into LDPE processing by technologies,

% to USD thous, 2010122. Structure of investments into LDPE processing by technologies,



% to USD thous, 2015125. LDPE capacities structure by technologies, %, 2010126. LDPE capacities structure by technologies, %, 2013127. LDPE capacities structure by technologies, %, 2014128. LDPE capacities structure by technologies, %, 2015129. Structure of investments into LDPE processing by regions, % to

USD thous, 2010130. Structure of investments into LDPE processing by regions, % to



USD thous, 2015133. LLDPE. Estimated Consumption, KT134. LLDPE. Production, KT135. LLDPE. Imports, KT136. LLDPE. Exports, KT



137. LLDPE. Utilization of production capacities, %138. LLDPE. Exports to production, %139. LLDPE. Imports to consumption, %140. LLDPE. Domestic PE to PE consumption,%141. LLDPE. Estimated Consumption, KT, 2015142. LLDPE. Production, KT, 2015143. LLDPE. Imports, KT, 2015144. LLDPE. Exports, KT, 2015145. LLDPE. Utilization of production capacities, %, 2015146. LLDPE. Exports to production, %, 2015147. LLDPE. Imports to consumption, %, 2015148. LLDPE. Domestic PE to PE consumption,%, 2015149. Structure of investments into LLDPE processing by

technologies, % to USD thous, 2010150. Structure of investments into LLDPE processing by



technologies, % to USD thous, 2015153. LLDPE consumption structure by suppliers, %, 2010154. LLDPE consumption structure by suppliers, %, 2013155. LLDPE consumption structure by suppliers, %, 2014156. LLDPE consumption structure by suppliers, %, 2015157. LLDPE consumption structure by grades, %, 2010158. LLDPE consumption structure by grades, %, 2013159. LLDPE consumption structure by grades, %, 2014160. LLDPE consumption structure by grades, %, 2015161. Dynamics of investments into LLDPE processing by

technologies, % to USD thous, 2010162. Dynamics of investments into LLDPE processing by



technologies, % to USD thous, 2015165. LLDPE capacities structure by technologies, %, 2010166. LLDPE capacities structure by technologies, %, 2013167. LLDPE capacities structure by technologies, %, 2014168. LLDPE capacities structure by technologies, %, 2015169. Structure of investments into LLDPE processing by regions, %

to USD thous, 2010170. Structure of investments into LLDPE processing by regions, %



to USD thous, 2015173. EVA. Estimated Consumption, KT174. EVA. Production, KT175. EVA. Imports, KT176. EVA. Exports, KT177. EVA. Utilization of production capacities, %178. EVA. Exports to production, %179. EVA. Imports to consumption, %180. EVA. Domestic PE to PE consumption,%181. EVA. Estimated Consumption, KT, 2015182. EVA. Production, KT, 2015183. EVA. Imports, KT, 2015184. EVA. Exports, KT, 2015185. EVA. Utilization of production capacities, %, 2015186. EVA. Exports to production, %, 2015187. EVA. Imports to consumption, %, 2015188. EVA. Domestic PE to PE consumption,%, 2015189. Structure of investments into EVA processing by technologies,

% to USD thous, 2010190. Structure of investments into EVA processing by technologies,



% to USD thous, 2015193. EVA consumption structure by suppliers, %, 2010194. EVA consumption structure by suppliers, %, 2013195. EVA consumption structure by suppliers, %, 2014196. EVA consumption structure by suppliers, %, 2015197. EVA consumption structure by grades, %, 2010198. EVA consumption structure by grades, %, 2013199. EVA consumption structure by grades, %, 2014200. EVA consumption structure by grades, %, 2015201. Film extrusion: Estimated consumption, KT202. Film extrusion: Domestic supply, KT203. Film extrusion: Imports, KT204. Film extrusion: Production of polymer films, KT205. Film extrusion: Utilization of production capacities, %

206. Film extrusion: Share of domestic PE in PE consumptiongrowth, %

207. Film extrusion: PE imports to consumption, %208. Film extrusion: Domestic PE to PE consumption, %209. Film extrusion: Estimated consumption, KT, 2015210. Film extrusion: Domestic supply, KT, 2015211. Film extrusion: Imports, KT, 2015212. Film extrusion: Production of polymer films, KT, 2015213. Film extrusion: Utilization of production capacities, %, 2015214. Film extrusion: Share of domestic PE in PE consumption

growth, %, 2015215. Film extrusion: PE imports to consumption, %, 2015216. Film extrusion: Domestic PE to PE consumption, %, 2015217. Film extrusion: PE consumption structure by PE types, %, 2010218. Film extrusion: PE consumption structure by PE types, %, 2013219. Film extrusion: PE consumption structure by PE types, %, 2014220. Film extrusion: PE consumption structure by PE types, %, 2015221. Film extrusion: investments into processing by finished products

types, % to USD thous, 2010222. Film extrusion: investments into processing by finished products



types, % to USD thous, 2015225. Pipe extrusion: Estimated consumption, KT226. Pipe extrusion: Domestic supply, KT227. Pipe extrusion: Imports, KT228. Pipe extrusion: Production of polymer Pipes, KT229. Pipe extrusion: Utilization of production capacities, %230. Pipe extrusion: Share of domestic PE in PE consumption

growth, %231. Pipe extrusion: PE imports to consumption, %232. Pipe extrusion: Domestic PE to PE consumption, %233. Pipe extrusion: Estimated consumption, KT, 2015234. Pipe extrusion: Domestic supply, KT, 2015235. Pipe extrusion: Imports, KT, 2015236. Pipe extrusion: Production of polymer Pipes, KT, 2015237. Pipe extrusion: Utilization of production capacities, %, 2015238. Pipe extrusion: Share of domestic PE in PE consumption

growth, %, 2015239. Pipe extrusion: PE imports to consumption, %, 2015240. Pipe extrusion: Domestic PE to PE consumption, %, 2015241. Pipe extrusion. Consumption structure by PE types,%, 2010242. Pipe extrusion. Consumption structure by PE types,%, 2013243. Pipe extrusion. Consumption structure by PE types,%, 2014244. Pipe extrusion. Consumption structure by PE types,%, 2015245. Pipe extrusion: Investments into processing by finished

products type, % to USD thous, 2010246. Pipe extrusion: Investments into processing by finished



products type, % to USD thous, 2015249. Blown molding: Estimated consumption, KT250. Blown molding: Domestic supply, KT251. Blown molding: Imports, KT252. Blown molding: Production in EBM-packaging, KT253. Blown molding: Utilization of production capacities, %254. Blown molding: Share of domestic PE in PE consumption

growth, %255. Blown molding: PE imports to consumption, %256. Blown molding: Domestic PE to PE consumption, %257. Blown molding: Estimated consumption, KT, 2015258. Blown molding: Domestic supply, KT, 2015259. Blown molding: Imports, KT, 2015260. Blown molding: Production in EBM-packaging, KT, 2015261. Blown molding: Utilization of production capacities, %, 2015262. Blown molding: Share of domestic PE in PE consumption

growth, %, 2015263. Blown molding: PE imports to consumption, %, 2015264. Blown molding: Domestic PE to PE consumption, %, 2015265. Blown molding: Investments into processing by finished

products type, % to USD thous, 2010266. Blown molding: Investments into processing by finished



products type, % to USD thous, 2015269. Cable extrusion: Estimated consumption, KT270. Cable extrusion: Domestic supply, KT271. Cable extrusion: Imports, KT272. Cable extrusion: Cable production, KT273. Cable extrusion: Utilization of production capacities, %



274. Cable extrusion: Share of domestic PE in PE consumptiongrowth, %

275. Cable extrusion: PE imports to consumption, %276. Cable extrusion: Domestic PE to PE consumption, %277. Cable extrusion: Estimated consumption, KT, 2015278. Cable extrusion: Domestic supply, KT, 2015279. Cable extrusion: Imports, KT, 2015280. Cable extrusion: Cable production, KT, 2015281. Cable extrusion: Utilization of production capacities, %, 2015282. Cable extrusion: Share of domestic PE in PE consumption

growth, %, 2015283. Cable extrusion: PE imports to consumption, %, 2015284. Cable extrusion: Domestic PE to PE consumption, %, 2015285. Cable extrusion: Investments into processing by finished

products type, % to USD thous, 2010286. Cable extrusion: Investments into processing by finished



products type, % to USD thous, 2015289. Extrusion coating: Estimated consumption, KT290. Extrusion coating: Domestic supply, KT291. Extrusion coating: Imports, KT292. Extrusion coating: Steel pipes production, KT293. Extrusion coating: Utilization of production capacities, %294. Extrusion coating: Share of domestic PE in PE consumption

growth, %295. Extrusion coating: PE imports to consumption, %296. Extrusion coating: Domestic PE to PE consumption, %297. Extrusion coating: Estimated consumption, KT, 2015298. Extrusion coating: Domestic supply, KT, 2015299. Extrusion coating: Imports, KT, 2015300. Extrusion coating: Steel pipes production, KT, 2015301. Extrusion coating: Utilization of production capacities, %, 2015302. Extrusion coating: Share of domestic PE in PE consumption

growth, %, 2015303. Extrusion coating: PE imports to consumption, %, 2015304. Extrusion coating: Domestic PE to PE consumption, %, 2015305. Extrusion coating: PE consumption structure by sectors, MT,

2010306. Extrusion coating: PE consumption structure by sectors, MT,



2015309. Extrusion coating: Investments into processing by finished

products type, % to USD thous, 2010310. Extrusion coating: Investments into processing by finished



products type, % to USD thous, 2015313. Injection molding: Estimated consumption, KT314. Injection molding: Domestic supply, KT315. Injection molding: Imports, KT316. Injection molding: Production of PE molded goods, KT317. Injection molding: Utilization of production capacities, %318. Injection molding: Share of domestic PE in PE consumption

growth, %319. Injection molding: PE imports to consumption, %320. Injection molding: Domestic PE to PE consumption, %321. Injection molding: Estimated consumption, KT, 2015322. Injection molding: Domestic supply, KT, 2015323. Injection molding: Imports, KT, 2015324. Injection molding: Production of PE molded goods, KT, 2015325. Injection molding: Utilization of production capacities, %, 2015326. Injection molding: Share of domestic PE in PE consumption

growth, %, 2015327. Injection molding: PE imports to consumption, %, 2015328. Injection molding: Domestic PE to PE consumption, %, 2015329. Injection molding: PE consumption structure by sectors, MT,

2010330. Injection molding: PE consumption structure by sectors, MT,



2015

333. Injection molding: Investments into processing by finishedproducts type, % to USD thous, 2010




337. PE production structure by producers, %, 2010338. PE production structure by producers, %, 2013339. PE production structure by producers, %, 2014340. PE production structure by producers, %, 2015341. PE production structure by types, %, 2010342. PE production structure by types, %, 2013343. PE production structure by types, %, 2014344. PE production structure by types, %, 2015345. HDPE production structure by producers, %, 2010346. HDPE production structure by producers, %, 2013347. HDPE production structure by producers, %, 2014348. HDPE production structure by producers, %, 2015349. HDPE production structure by types, %, 2010350. HDPE production structure by types, %, 2013351. HDPE production structure by types, %, 2014352. HDPE production structure by types, %, 2015353. LDPE production structure by producers, %, 2010354. LDPE production structure by producers, %, 2013355. LDPE production structure by producers, %, 2014356. LDPE production structure by producers, %, 2015357. LDPE production structure by types, %, 2010358. LDPE production structure by types, %, 2013359. LDPE production structure by types, %, 2014360. LDPE production structure by types, %, 2015361. Ethylene production structure by producers, %, 2010362. Ethylene production structure by producers, %, 2013363. Ethylene production structure by producers, %, 2014364. Ethylene production structure by producers, %, 2015365. PE imports structure by types, %, 2010366. PE imports structure by types, %, 2013367. PE imports structure by types, %, 2014368. PE imports structure by types, %, 2015369. PE imports structure by technologies, %, 2010370. PE imports structure by technologies, %, 2013371. PE imports structure by technologies, %, 2014372. PE imports structure by technologies, %, 2015373. PE imports by countries, %, 2010374. PE imports by countries, %, 2013375. PE imports by countries, %, 2014376. PE imports by countries, %, 2015377. HDPE imports structure by countries, %, 2010378. HDPE imports structure by countries, %, 2013379. HDPE imports structure by countries, %, 2014380. HDPE imports structure by countries, %, 2015381. LDPE imports structure by countries, %, 2010382. LDPE imports structure by countries, %, 2013383. LDPE imports structure by countries, %, 2014384. LDPE imports structure by countries, %, 2015385. LLDPE imports structure by countries, %, 2010386. LLDPE imports structure by countries, %, 2013387. LLDPE imports structure by countries, %, 2014388. LLDPE imports structure by countries, %, 2015389. EVA imports structure by countries, %, 2010390. EVA imports structure by countries, %, 2013391. EVA imports structure by countries, %, 2014392. EVA imports structure by countries, %, 2015393. PE exports structure by types, %, 2010394. PE exports structure by types, %, 2013395. PE exports structure by types, %, 2014396. PE exports structure by types, %, 2015397. PE exports structure by countries, %, 2010398. PE exports structure by countries, %, 2013399. PE exports structure by countries, %, 2014400. PE exports structure by countries, %, 2015401. PE finished goods imports by countrie - Film extrusion, %402. PE finished goods imports by countrie - Pipe extrusion, %403. PE finished goods imports by countrie - Blown molding, %404. PE finished goods imports by countrie - Cable extrusion, %405. PE finished goods exports by countrie - Film extrusion, %406. PE finished goods exports by countrie - Pipe extrusion, %407. PE finished goods exports by countrie - Blown molding, %408. PE finished goods exports by countrie - Cable extrusion, %



List of companies referred to

1. A.Sсhulman2. Ab Rani Plast Oy3. ABB Power Technologies4. Acma5. Adidas6. Adolf Illig Maschinenbau7. Agrigazpolimer8. Agropolimer9. Aida Interpraysez, Singapur10. Aist, Spb11. Akpol Plastik12. Alkan Packaging13. Alkoa C-S-I Vostok14. Almetevskiy trubniy zavod15. Alphagary16. Alpla17. Alpla, Russia18. Alvita19. American Piledriving Equipment20. American Steel Pipe21. Ampacet22. Amurkabel23. Amut24. Andizhankabel25. Angarsk Polymers Plant26. Angarskaya neftehimicheskaya

kompaniya27. Ani Plast28. Aniks29. Anion30. AP Plastik31. Aquatech-Plast32. Arburg33. Arexim Packaging34. Arkema35. Arpechim36. Artplast-T37. Atlantis-Pak38. Automa39. AvtoVAZ40. Avacha41. Aysberg42. A-ZET Plastik43. Azovkabel44. Azovskiy zavod polimernih materialov45. Backup Trading46. Balakovorezinotekhnika47. Baltik-Kabel48. Baltiyskiy Skorohod49. Baltpolymer TNP50. BASF51. Batayskoe Po Elektrosvet Vos52. Battenfeld53. Bauhuis International54. Baykalskaya Kosmetika55. BB Moskabel56. BeePlast57. Beijing Fengshou International Trading58. Beijing Golden Ocean Foreign59. Bekum60. Belplast61. Bericap62. Bericap, Bor63. Berikap64. Berstorff65. Bim Finland66. Bio Plast-M67. Biplast, Belgorod68. Biyskiy zavod stekloplastikov69. Blasautomat70. Blue Ocean Int71. BM Biraghi72. Bologovskiy armaturniy zavod73. Bolshevik74. Borealis75. Borodino-plast76. Brampton Engineering77. Braskem78. Brit OOO, Bryansk79. Brite

80. Cangzhou Longma Steel PipeManufacturing

81. CBE Beijing82. Cedo Haushold Prodacts83. Changzhou Hengcheng Plastic

Machinery84. Chelyabinsk Tube-Rolling Mill85. Chen De Plastics Machinery86. Chevron Phillips87. Chi Chang Machinery88. Chin Fah Machinery89. Chistopolskiy molochniy kombinat90. ChodosChodov91. ChTZ92. Chuvashcable93. Cincinnati Extrusion94. Clariant95. Colines96. Colpak97. Complect 9298. Concern Kalina99. Condor100. Continental Plast LLC101. Corma102. Crown Plastics Rus103. CSKB-Progress104. Dae Chang Machinery105. Daelim106. Dagplasttrubi107. Dailian Zhenghuayang Machinery108. Dalaker109. Danaflex110. Dar111. Davis Standard112. Delta-pak113. Demag114. Demak Plastik Makina115. DEXPlastomers116. Diapazon Moskva117. Diing Kuen118. Dikos119. Dioki120. DKS, Group of Companies121. DKS-Logistika122. Dolci Bielloni Castello123. Donbaskabel124. Dow125. DPA126. D-Plast127. DS-Chemie128. DSM129. Duminichskiy Zavod130. DuPont131. Dzin Chu, Kitay132. Eagle Power133. Ecolean134. Ecopolymer135. Edas Pak136. Effekt137. Eisenbau Kramer138. Ekort139. Ekotek-Plus140. Ekstra plastik141. Eldra142. Elektrokabel Kolchugino143. Elgad Polymer144. Elif-Art145. Eliks-Kabel146. Ellipse147. Elopak148. Emalprovod149. Em-Plast150. Engel151. Erndtebrucker Eisenwerk152. Essel Propack153. Estico Plastar154. Ethylene-Polyethylene, Sumgait155. Eurocabel 1156. Europipe GmbH157. Evroplast, Group of Companies

158. Exxon Mobil159. Fashion Press160. FGUP Saranskiy mehanicheskiy zavod161. Filial Alfa-siltek162. Finnpak, Group of Companies163. Finnpak-Upakovka164. Firat Plastik165. Firma Bir Peks166. Flexoland-M167. Forma168. Formika169. Formika-Yug170. Formosa171. Foshan Techwell Plastic Machinery172. Foshanskaya obuvnaya fabrika Inda173. Fujian174. Fuller175. Gabriel-Chemie176. Gammasyntez177. Gazenergoservis178. Gazprom179. Gazpromtrubinvest180. Gaztrubplast181. Gefest-Rostov182. Gefpack183. General Plastics184. Geo-Plast, Group of Companies185. Ghioldi186. Gotek, Group of Companies187. Green Net Industrial188. Guala Closures189. Guala klouzhes - ovk190. Hanwha Corporation191. Harbin Gongzhun Economic192. Heivco193. Hekro PET Ltd.194. Henco195. Henkel196. Henkel, Group of Companies197. Himpek, Group of Companies198. Himplast, Dzerzhinsk199. Hipol200. Hiton, Group of Companies201. HMG202. Honam Petrochemical203. Hongqi Plastic & Packing Machinery204. Huasheng Machinery205. Husky206. Hyplas Machinery207. Hyundai Mepol Pipe208. Hyundai Motor209. Hyundai Petrochemical210. IBG Pakplastik211. ICO Polymers212. Ikaplast, Group of Companies213. Iljin Electric214. IMG Plastec215. Immid216. Impuls-Plast217. Industrie Poliecomb218. Ineos Polyolefins219. Informacionnie i Upravlyauschie Sistemi220. Inter-Grim221. Interkabel222. Interpack, Chelyabinsk223. Irkurskkabel224. Isopipe225. Isratek C226. Italiana Conduttori227. Izhevsk plastics plant228. Izhora Pipe Mill229. Jagtenberg Plastics230. Jandi's Industrial231. Jimten232. Jinhu Extrusion Equipment233. Jon Wai Machinery234. Jowat235. Julong Steel Pipe236. Kaczmarek237. Kai Mei Plastic Machinery



238. Kaliningrad-Promplast239. Kamkabel240. Kang Chyau241. Kanplast Complect242. Kapella243. Kapella, Dzerzhinsk244. Karpatneftechem245. Kartpol246. Kashira-Plast247. Kastamonu Plastik248. Kaustik Volgograd249. Kautex Maschinenbau250. Kavkazkabel251. Kazanorhsyntez252. Kazanskiy z-d plastmassovih izdeliy253. KBA254. Keton255. KF Vesna256. Kharkiv Chemprom257. Khartsyzsk Pipe Plant258. Kiefel Extrusion259. Kirov Imitation Leather Plant260. Kirscable261. Klimovsk Pipe Plant262. Klinskiy zavod trubnoy izolyacii263. Klockner Desma Ferromatik264. Komiteks, Group of Companies265. Kompaniya Bering, Ufa266. Kompaniya kontMt267. Kompaniya po pr-vu obuvi Manchini268. Kompaniya smazochnih materialov

TNK-Teksako269. Konfleks270. Konkord, Smolensk271. Konstanciya Kuban272. Kopeyskiy Plastik273. Kopeyskiy z-d izolyacii trub274. Korea Petrochemical275. Kosme276. Krauss Maffei277. Krista, Sizran278. Kristi 98279. Kuasy280. Kuhne Anlagenbau281. Kundong Electric282. Kung Hsing Plastic Machinery283. KWH Pipe284. KWH Pipe285. Lambumiz286. Lassila&Tikanoja287. Lava288. Lenoblgaz289. Leuna290. LG291. Liansu Machinery292. Lietpak293. Lima-Pol294. Limaton295. Livnyplastik296. Logstor Fredericia297. Logstor Polska298. Longfeng299. Losino-Petrovskaya Fabrika

Domashney Obuvi300. LS Cable301. LS Mtron302. Lubrizol303. Lubuchanskiy zavod plastmass304. Ludinovkabel305. Luigi Bandera306. Lukoil-Volganefteproduct307. Lukoyl-Permnefteorgsintez308. Lung Meng Machinery309. LyondellBasell310. Macchi311. Machio312. Magic MP313. Maillefer314. Main Group315. Manuli316. Marvink MKM317. Master-Pak318. Masterplast319. Matila Industrial320. Mega-Plast, Group of Companies321. Megolon322. Mensen Packaging CIS323. Metallurgicheskaya kompaniya Silin

324. Methimteks325. Metra326. Micropol327. Mikrosan Makina328. Milton T.N.P.329. Minuote Sanitary Fittings330. Mir Upakovki, Group of Companies331. Mitsui332. Moldvakabel333. MoloPak334. Montazhgazspecstroy335. Moscow Experimental Pipeprocurement

Plant336. Mosflowline337. Moskabel plant338. Moskabel-Fudzhikura339. Moskabelmet340. Moskabel-Servis341. Mosstroyindustriya342. MPB343. MPBK Ochakovo344. M-Plastika345. Muehlstein346. Multiflex347. Multi-Pack348. Muyng-il Foamtec349. Narodnaya firma Elektroprovod350. Nefis Kosmetiks351. NeftehimSevilen352. Neftemaslozavod353. Negri Bossi354. Neksans SNG355. Netstal Maschinen356. Neva Kabel357. Nevskaya Kosmetika358. Nexans359. Ningbo Haitian360. Nizhnekamskneftechem361. Nizhpolimerupak362. NK Cables363. NKT Cables Group364. Nordenia365. Nordeniya Slavnika366. Nova Chemicals367. Nova Roll-Stretch368. Novatek-Polymer369. Novembal370. Novera371. Novie trubnie tehnologii-Peresvet372. Novkabel, Serbiya373. Novokuybishevskiy zavod masel i

prisadok374. Novomaliklinskiy maslozavod375. Novomoskovsk Pipe Plant Interpipe376. Novomoskovskiy trubniy zavod377. Novoplast plant378. Novosibirskiy Instrumentalniy Zavod379. Novosibirskiy zavod plastmass Unis380. Novo-ufimskiy neftepepepabativauschiy

zavod381. NPO Slava382. NTL Upakovka383. Obuvnaya f-ka Independence384. Obuvnaya Kompaniya Baofu385. Obuvnaya kompaniya Hay Chzhen386. Ochakovo, Group of Companies387. Ofs Cvyazstroy-1 VOKK388. OKB Kabelnoy Promishlennosti389. Okerlund & Rauzing Kuban390. OKS 01391. Oktava, Tula392. Olmas393. Omsk-polimer394. Omsky Kautchuk395. Omsl Pipe Insulation Plant396. Omya397. Ops-Shilovo398. Orelsibgazapparat399. Orion400. Orion Plastik401. others402. Oventrop403. Ozmak plastik makina404. Packaging Plant Tokk405. Padanaplast406. Paketti-Grupp407. Patriaplast408. Pera Plastik-Kuban

409. Perint, St. Petersburg410. Permgeokabel411. Pervouralsky Novotrubny Plant412. PET.RUS413. Peterpipe414. Petrohemija415. Pharm-Plast416. Piovan417. Pipelife418. Pivovarennaya kompaniya Baltika419. PK Europlast420. Pkf Betar421. PKF DV Plast422. PKF Himplast423. PKF Linda424. Pkf Plastprom425. PKF Siluet426. Plascoat427. Plastbalt428. Plastek UK429. Plastik, Angarsk430. Plastik, Dzerzhynsk431. Plastik, Irkutsk432. Plastik, Uzlovaya433. Plastika Kritis434. Plastika-Tumen435. Plastikom, Group of Companies436. Plastipak437. Plastkom438. Plastkompozit439. Plastmet, Chelyabinsk440. Plastosnastka441. Plastotehnika442. Plastupak443. Platar444. PO Baltenergomash445. PO Krasniy Vostok-Solodovpivo446. Podolskkabel447. Polikont448. Polimer Kemerovo449. Polimer, Samara450. Polimer, Uzlovaya451. Polimerbit, Group of Companies452. Polimeri Europa453. Polimerkonteyner454. Polimermash455. Polimer-nknh456. Polimer-Pak457. Polimerstroy, Orenburg458. Polimertara459. Polimiz460. Poliplast Lugansk461. Poliplast Tyumen462. Poliplastik, Group of Companies463. Poliplast-K464. Politar465. Politar, Salavat466. Politek PTK467. Politek, Group of Companies468. Polycom469. Polycorp Kft470. Polymer Complex471. Polymer, Desnogorsk472. Polymerbyt473. Polymer-Compound474. Polymir475. PolyOne476. Polypak, Zheleznogorsk477. Polyram478. Polywell Industrial479. Premix OY480. Presteel Oy481. Procter&Gamble Novomoskovsk482. Profine Rus483. Profinters484. Profline485. Proizvoditel Paketov486. Proizvodstvennaya firma Vestplast487. Prokter end Gembl, Group of

Companies488. Prom, Omsk489. Promservice490. Promstroykabel491. Prysmain Cables492. Pskovkabel493. Pskov-polimer494. Qapco495. Qingdao Plastic Machinery



496. Quanzhou Modern Furniture Enterprise497. Queens Machinery498. Ras Lanuf Oil, Libya499. Regent-Stretch

500. Regionalniy Kredit Horlovo501. Rehau502. Reka Cables503. Reliance Industries

504. Rempromoborudovanie505. Renta XXI506. Repsol

507. Retal Trade508. Retal, Group of Companies509. Ribinskkabel510. Rosendahl Maschinen511. Rosti Verpackungen512. RPR513. Rubezhanskiy Pipe Plant514. Ruian Senlang Shoes515. Rushenk516. Rusoyl-Moskva517. Russkaya Nota518. Russkoe pole519. Ruvinil520. Sabic521. Sacmi Imola522. Samara Cble Company523. Samarkabel, Group of Companies524. Samsung525. Saranskkabel526. Saratovskiy trubniy zavod527. Schlumberger Technology

Corporation528. Schoeller Arca Systems529. Schutz GbmH530. Sealed Air531. Sealed Air532. Sedon533. Selena, Group of Companies534. Selmers Technology535. SET536. Severnoe Siyanie537. Severodonetsk Azot Association538. Sevkabel539. Sevkabel-Holding, Group of

Companies540. Sevzapkabel, Group of

Companies541. Shanghai Jwell Machinery542. Shanguy Zongray543. Sharq544. Shchelkovo Metallurgical Works545. Shengli Oil546. Shenyang Heng Feng Shoes

Factory547. Shenzhen QinpeiShoes548. Sholler Arka Systems549. Shurtansky Gas-Chemical Plant550. Sibgazapparat551. Sibirskaya industrialnaya

teplovaya izolyaciya552. Sibkabel553. Sibpromkomplekt554. Sibur-Chimprom555. Sibur-Neftechem556. Sidel557. Sidi Kerir Petrochemicals558. Siemens559. SIG Blowtec560. SIG Corpoplast561. Sikvist Klouzherz562. Simi Engineering563. Simplex564. Sintez, St. Petersburg565. SK Corporation566. Skena plus567. Sket568. Slavich, Group of Companies569. Slovnaft570. SMC571. SMI572. Smolkabel573. SMS Folientechnick574. SNOS (Salavatnefteorgsyntez)575. SOATE576. Solnechnogorskiy z-d Evroplast577. Soplar578. Souz-Polimer, Group of

Companies579. Sozidanie, Kaliningrad580. Specialnie sistemi i tehnologii581. SPK Roman582. Stavrolen583. Stavrovo Otomotiv Sistems584. Steady Stream

585. Steel Flower586. Stekloplastic587. Stepnoy Leopard588. Stirolplast589. Stretch, St. Petersburg590. Stroyplastpolymer591. Stroypolimerprogress592. Stroypolymer593. Sudkabel594. Suifenhe Kailai Economic595. Sumitomo596. Suominen Flexible Packaging597. Suzdalskiy Molochniy Zavod598. Suzhou Constab599. Sverdlovskiy kombinat

hleboproduktov600. Ta fu Uan601. Taejin Machinery602. TAIF603. Talickie polimeri604. Tatneft605. Tatteploizolyaciya606. Techne607. Techno Coating Engineering608. Technokom609. Technopolymer-Plus610. Tegola Roofing Products611. Tehnopolimer, Kaliningrad612. Tekhpolymer613. Tema Nord614. Teplostroyservis615. Termafleks Izolyaciya+616. Termoplast617. Termoplastavtomat618. Tetra Pak, Group of Companies619. Thai Petrochemical620. Ticona621. Tiemme Raccorderie622. Tiglon623. Tiko-Plastic624. Titan Group625. Titan Petrokimia626. Tmim627. Tomskcable628. Tomskiy zavod rezinovoy obuvi629. Tomskneftechem630. Tomskneftekhim631. Tonar632. Topol-Eco633. Torzhokskaya obuvnya f-ka634. Tosaf635. Tosol-Sintez636. Total Petrochemicals637. Tozti-Plast, Group of Companies638. Tria639. Trioplast640. Troester641. Trosifol642. Trubniy Plastikoviy Zavod Polimer643. Truboplast-A644. Tuboplast-Otradnoye645. Tupperware646. Tvel-T, Group of Companies647. Tvel-Teploross648. Tverskoy trubniy zavod649. Tvertrubplast650. TVK651. Ube Industries652. Ufaorgsyntez653. Ufimkabel654. Ukrplastik655. Umit Makina656. Uniloy Milacron657. Unimilk658. Union Crystal659. Unipetrol660. Uniplast661. Unitpolimer662. Unkomteh, Group of Companies663. Unyka664. Uponor665. Uralcable666. Uralplastik667. Urals Pipe Works

668. Urola669. USI Corporation670. Uzhniy Trubniy Zavod671. Vallourec&Mannesmann Tubes672. Valsir673. Valtec674. Valtrompia Technic675. VEM676. Vetco Gray (Pte) Ltd677. Veyner Plastik678. Vimm Bill Dann, Group of

Companies679. Vir Plast680. Vismut681. Vk-plast682. Vladimirskoe moloko683. Volgopromkomplekt684. Volzhskiy Orgsintez685. Volzhskiy trubniy zavod686. Voronezh Plast687. Voronezhtelekabel688. Voskresenskie mineralnie

udobreniya689. Vurnavskiy Zavod Smesevih

Preparatov690. Vyazemskiy Zavod Sinteticheskih

Produktov691. Vyksunsky Metallurgical Plant692. W.R. Grace693. Wafa Technologies694. Wavin695. Wavin-Rus696. Wenzhou Huangjianiao697. Westlake698. West-Plast699. Wilks700. Windmoller & Holscher701. Woodjin Selex702. Yaroslavskiy kombinat molochnih

produktov703. Yaroslavskiy Zavod Rezinovih

Tehnicheskih Izdeliy704. Yelkenciler Makina705. Young Sang Industrial706. Youngin Engineering707. Yu Sheng708. Yug-Polymer M709. Yugtrubplast Pant710. Yuzhkabel711. Zagorsk experimental plant of

plastic materials712. Zavod Agrokabel713. Zavod Beluzhkabel714. Zavod Elkap715. Zavod Energokabel716. Zavod po izolyacii trub,

Timashevsk717. Zavod polietilenovih trub718. Zavod polimernih izdeliy, Kirov719. Zavod polimernoy tari720. zavod Santehkomplekt721. Zavod Tarnykh Izdeliy722. Z-d upakovochnih materialov723. Zhangjiagang Beier Machinery724. Zhangjiagang Fanchang

Machinery725. Zhejiang Honghua Machinery726. Zhejiang Jinhai Plastic Machinery727. Zhillet, Group of Companies728. Zi-mak729. Zolotaya semechka, Group of

Companies730. ZPI Alternativa

Annual Report



METHODOLOGY

General Information on the Report

· The Annual Reports have been framed so that you could get a maximum complete anddetailed picture after you have read it. We did our utmost to present the Report as anannual market encyclopaedia.

· Our reports can be used for the benefit of:§ companies that are developing business plans for their projects on polymer

processing, and they need marketing data/forecast on feedstock supply andpotential sales of finished goods,

§ investment companies and banks that analyze potential investments intoprocessing,

§ converters that expand production,§ producers/traders/suppliers, and any other companies that are going to enter

the market or to increase own market share within the next year.

· Generally, apart from analysis of prices selected from our Price Reports, statistics onproduction/exports/imports selected from our Monthly Reports, our Annual Reportscontain the following data:

§ Statistics on consumption/domestic supply/import of a certain polymergrade/certain producer by each processing sector

§ Rating of producers in each processing sector§ Rating of producers’ feedstock grades in each processing sector§ Detailed analysis of trends in each processing sector§ Rating of converters (processing volumes, investments, transportation by rail,

proceeds)§ Analysis of the market of monomers§ Macroeconomic data, statistics on production in specific processing industries

and in construction§ Detailed analysis of converters’ investment projects§ Interpretation of the most important news and expert opinions over the course

of the year.

· All data are presented in accordance with overall annual results. All values of the yearunder discussion are compared with similar periods of the eight previous years.Separately, you will find marketing forecast till 2020.

· All diagrams and tables in the Appendixes are made up automatically. Themethodology includes unified processing of all fragmentary data that we use tounderstand activities of each converter. Data from Annual Reports fully agree withinformation presented in PlastGuide.

· PlastGuide helps form any reference in оn-line mode by each converter mentioned inthis Annual Report. This is a unique software system that includes marketing data on20 thousand companies operating in the CIS polymers market. An individual strongaspect of PlastGuide is the set of credit ratings by each converter that allow assessingnot only general financial performance of a converter (on the basis of Altman scoringmodel), as well as to understand advisability of giving commodity credits to suchconverters.

· To prepare this Annual Report, we used statistics provided by the Federal StateStatistics Service, State Customs Service, Russian Railways, Ministry for EconomicDevelopment, Central Bank of the Russian Federation, as well as producers’ data,

Market development model is founded onforecast till 2020

Annual Report



expert opinions, information of world and Russian analytical companies, and ownMarket Report Company’s data.

Classification of Products

· The basic classification of products analyzed in the Report included the world generallyaccepted classification of PE grades:

§ LDPE – low-density polyethylene (high pressure), density is up to 0.94g/cm3;§ HDPE – high-density polyethylene (low pressure), density is more than

0.94g/cm3;§ LLDPEП – linear low-density polyethylene (high pressure), density is up to

0.94g/см3;§ EVA – ethylene copolymer with vinyl acetate;§ Other ethylene copolymers;§ 0ther (masterbatches on the basis of PE-matrix, additives, etc.).

· We adhered to general Foreign Trade Codes just partially, since actual imports of PEgrades do not correspond to commodity items indicated in importers in customsdeclarations. Use of just Foreign Trade Codes could have led to serious distortions inresearch results. Therefore, we applied our own, more precise correlation of soldproducts with PE grades by producers’ brands.

· For example, Hipten 22003 of Petrohemija is LDPE, though buyers may be inaccurateand indicate it as HDPE or even LLDPE.

Data Directories

· The Annual Report contains data processed in general reference guides:

§ 15 principal (directly affect consumption volumes), as well as five auxiliary(affect consumption volumes indirectly), polymer processing technologies;

§ 64 polymer processing sectors – from BOPS-containers to fittings;

· The general data tree in all Annual Reports has a three-level structure: ProcessingTechnology, Processing Sector and Type of Finished Goods.

Customs Duties

Foreign Trade Code Import duty, %

3901209000 6,5%

3901909000 0%

3901101000 0%

3901109000 6,5%

3901209009 6,5%

3901300000 6,5%

3901903000 0%

http://mrcplast.com/pages.php?id_page=18









mailto:[email protected]

http://www.mrcplast.com/

http://www.mrcplast.ru/docs/MRC_schedule_Rus_2010%20%28Annual%20reports%29.pdf

http://www.mrcplast.ru/docs/MRC_prices_Rus_2010.pdf

http://www.mrcplast.ru/docs/MRC_payments_Rus.pdf

mailto:[email protected]

http://www.mrcplast.com/

Annual Report



12 benefits of our Annual Report

· The Report includes general data on PE imports from Belarus. The common error ofmany researchers is that overall PE consumption in Russia is often calculated withoutLDPE imports from Belarus. Indeed, Russian customs authorities do not register imports-exports of PE from/to Belarus recording them as domestic transportation.

· If you take statistics of production of finished goods made of PE as a basis, then,unfortunately, your assessments of individual processing sectors are going to be incorrectin principle. The Federal State Statistics Service of the Russian Federation does not takeinto account production of PE films by many large producers. There is a similar situationwith production of polymer pipes. The Federal State Statistics Service takes into accountprocessing volumes of only 128 film producers and 42 polymer pipes producers. At thesame time, the Federal State Statistics Service does not take account of productionfigures of the largest producers (particularly, there are no data on production of PE pipesby Eurotrubplast Holding in 2007; official statistics do not provide any information onproduction of packaging at P&G or WBD, either; and there is a long list of suchexamples). The situation with official statistics on the injection molding market is simplycatastrophic. They record output volumes of only one tenth of producers. Taking intoaccount the aforesaid, our data on PE consumption by processing sectors essentiallydiffer from all those published on the market.

· Indeed, in accordance with commonly used reports, about 24% in the structure of overallPE supply belong to the packaging sector, 22% refer to the sector of films, and nearly21% are covered by the mysterious sector of cultural and house hold goods. Can thisstructure be used to define PE processing technologies applied in the market? No,inasmuch as films can equally be includedin to the sector “Packaging and WrappingMaterials” as well as into the sector “Cultural and Household Goods”.Thesame,forexample, refers to molded boxes or caps for PET bottles or to cosmetic bottles madewith the help of EBM technology. Can this classification be used to tell PE suppliers whichgrades and for which sectors (or, at least, with which MFR) should be offered to themarket? No, since according to the old classification nearly 700 KT ofconsumedpolyethylene cannot be unambiguously referred to either one or another PEprocessing technology generally accepted in the world..

· Not to delude players in the Russian polyethylene market, we collected detailed statisticson PE supplies by all producers, operating in the Russian market, by each PE grade. Weanalyzed sales of all 976 PE grades available in the Russian market over the course ofthe recent nine years. If data on imported grades can theoretically be collected, then theproduct mix of Russian polyethylene producers can be found only in our Report.

· Having collected summarized data on sales of specific PE grades, we were able toassess PE consumption volumes in each processing sector with greater accuracy. Thedata we obtained on production of films in Russia differ nearly two times from officialstatistics.

· Our estimations of the PE pipes market turned out to be higher than had been consideredto be the case before our Report. Indeed, very often analysts of the pipe marketdidnottakeaccountoftheundyed 273-83 HDPE grade produced in Kazan and Budennovsk,since in accordance with operating State Standards this grade cannot be used inproduction of water-, gas- and heat supply pipes at all. However, according to our data, allthe same Russian producers use this grade (about 50 kt in overall consumption): theyother dye it by means of masterbatches, or add it as blends, or use it as an inner layer inmulti-layer pipes.

· We studied PE traders’ sales and focused on end polyethylene converters. For that weused more than a dozen of different sources of information, including detailed statistics on

To analyse business of every converter usePlastGuide

Annual Report



foreign-economic activity, production, financial indicators and inland transportation in theRussian Federation.

· Major difficulties arose when we analyzed supply of equipment to each PE processingsector. It was especially difficult to distribute molding machines since they can also beused to process PP, PVC, HIPS, GPPS, ABS, etc. Distributing molding machines bypolymers, we adhered to several criteria: converter’s sphere of business, brand of amolding machine and producers’ application instructions. As a result, each moldingmachine was identified to each producer related to either one or another processingsector, which, in its turn, was related to either one or another PE grade. Separately, wemade up the rating of the most significant investments made by converters. Accordingly,dynamics of capita linvestments into equipment demonstrate possibilities of further growthof each PE processing sector in the Russian Federation..

· Each processing sector contains ratings of converters, made up on the basis of our ownassessments of PE consumption, as well as ratings ofsales of each PE grade by eachtechnology, and, when needed, by processing sectors. That was done to define, which PEgrades are in great demand in the Russian market in each business segment today, aswell as to understand how to form your grade mix in each segment in the most efficientway.

· Reasoning from data on investments into PE processing, as well as using statistics oninland transportation in Russia, we made up a complex picture of PE processingdevelopment in eachregion of the Russian Federation.

· We have also described general PE market development trends both in the world and ineach region using assessments of the leading world analytical companies such as CMAI,Nexant and Townsend. Furthermore, weanalyzed price dynamics over the course of2007-2015, using data of ICIS, as well as our own data from Price Reports.

· One of the results of the unbiased analysis is our own forecast of potential projects onexpansion of PE production capacities in Russia till 2015, as well as assessment ofprojects that are most likely to remain on paper.

http://www.mrcplast.com/pages/price-reports.html

Annual Report



Processing Technology

We analyzed processing technology for which each polyethylene grade is meant. Weincluded the following PE processing technologies that are generally accepted in the world:

· Film Extrusion (Blown, Cast). By types, films are divided into general-purpose films,hothouse and dairy films. As a rule, with MFI at about 2 (hereinafter on default MFI isindicated at 190 °C/2.16 kg). As well, multi-layer (MFI from 1.5 up to 4), shrinkable (MFIfrom 0.2 up to 0.7) and stretch films on the basis of LLDPE (MFI from 1 up to 2).

· Injection Molding. Depending on finished goods (boxes, caps for PET bottles, etc.),they use grades MFI from 6 up to 120. The main volumes of PE injection moldinggrades belong to MFI 10-12.

· Extrusion Blow Molding (EBM). In our Report we tried to divide processed PE productsinto finished goods with the capacity up to 0.5 l (flasks, bottles for cosmetic industryand for dairy products); for them they use brands with MFI 0.3-0.8, as well as intolarge-capacity EBM goods (canisters for oils, barrels, fuel tanks) – brands with MFI 0.7-0.9 are good for them.

· Pipe Extrusion. As a rule, this HDPE processing technology refers to brands dyed inblack, grey or orange colours with MFI 0.2-0.6. Among pipe grades we tried to mark outseparately PE 63, PE 80 and PE 100.

· Cable Extrusion. There are special cable brands for this technology (as a rule, in theform of compounds on the basis of LDPE) with MFI about 2.

· Extrusion Coating (Pipe, Packaging). In our Report, we marked out brands (as a rule,LDPE, MDPE) for extrusion coating of steel pipes with big diameters (MFI from 0.4 upto 0.8) or for multi-layer paper packaging (MFI from 3 up to 10).

· The Report contains information on grades (these are LDPE and MDPE, as a rule)intended for extrusion coating of big-diameter pipes (MFI from 0.4 to 0.8) or multi-layerpaper packaging (MFI from 3 to 10).

· Other. We separately singled out production of tubes made of HDPE, as well asinjection molding goods (soles for footwear) made of EVA.

The accurate identification of consumption by markets was impeded by the fact thatmanufacturers from the CIS have brands that can be used in several marketssimultaneously. For instance, the 15803-020 LDPE grade is used by processors inabsolutely different processing sectors (from film extrusion to blends in injection molding andЕВМ). Therefore, the distribution, for example, of this brand, which is manufactured byKazanorgsyntez, Polymir, Tomskneftechem, Angarks Polymer Plant, SNOS and Ethylene-Polyethylene (Sumgait), was carried out on the basis of experts’ assessments.

Technology implies the primary polymer processing method, which directly affects itsconsumption volumes. For example, molding, cutting of bags or re-granulation could also beconsidered a polymer processing technology; however, they affect polymer consumptionvolumes indirectly; therefore, we did not include them into general analysis of productioncapacities. Our conclusions, for example, as to PE bags cutting were based productioncapacities, the so-called primary PE processing, i.e. in accordance with the film extrusiontechnology.

Annual Report



Processing Sector

Processing sector is needed for more detailed analysis of consumption in a specific polymerprocessing technology. As a rule, processing sector is a reference guide subordinate toprocessing technology guide. We use 18 processing sectors to analyze the PE market.

Blow Molding

· containers <1L· containers <= 2L· containers <= 10L· containers =>10L· other containers

Cable Extrusion

· cable shell

Injection Molding

· footwear· other· packaging and wrapping materials· fittings

Extrusion Coating

· steel pipes· packaging

Film Extrusion

· blown· cast

Pipe Extrusion

· corrugated pipes· rigid pipes· polymer pipes· hoses

Annual Report



Types of Finished Goods

As a rule, detailed elaboration by sectors is not enough to understand trends in polymersprocessing. Therefore, we apply a subordinate guide – types of finished goods. Their totalnumber is 49, and the list is as follows:

· automobile chemistry· containers· household chemical goods/cosmetics/pharmaceutics· buckets· water· pressure-water· pressure-gas· goods for pets· construction· heat supply· drainage· rigid pipes· cable· sewerage· channels· stationery· glue, additives· caps for PET bottles· cardboard lamination· tape· metal-plastic· bags· bags/inserts· multi-layer· dairy· no-pressure systems· footwear· garbage bags· retail bags· pallets· beer· food· footwear soles· coating· corks/covers· other· reservoirs, tanks· scotch· stretch· hothouse· shrinkable· molded containers· household goods· thin-walled packaging· big-diameter pipes· office files· fittings· hoses· boxes

Annual Report



…a part of the report …

2. The Russian market of polyethylene2.1 The current market situation

.

· The Russian polyethylene market showed no growth in demand at the year-end 2015,with demand for LDPE declining. Once booming LDPE market saw minimum demandgrowth. Russian manufactures managed to increase PP output last year, however, theLDPE segment operates on the limit of its capacity. Sizeable devaluation of the roublepushed the exports up. In 2015, PP consumption was estimated at 1783.8 ths tonnes,matching the figure of 2014.

· At the year-end 2015, the estimated LDPE consumption in the Russian market made576 ths tonnes, up 1% year-on-year. Russian producers succeeded in increasing theoutput by 1% only. The LDPE imports fell by 14%, with the decline caused by thedevaluation of the rouble and shrinking demand in some consumption sectors.

· In January - December 2015, LDPE consumption was estimated at 971.1 ths tonnes,matching the figure in 2014. The output went up by 11%, which fact is mostlyaccounted for by stable operation of Stavrolen despite the reduction of LDPE share inNizhnekamskneftekhim's portfolio.

· Weaker demand in key consumption sectors and rouble devaluation contributed to adrop in LDPE imports by 36%. Among the most affected imports were pipes (a 50%imports reduction to 41.3 ths tonnes) and extrusion (a 51% imports reduction to 26 thstonnes).

· In 2015, the LDPE market grew but slightly, gaining a humble 1% to make a total of236.7 ths tonnes. Nizhnekamskneftekhim substantially increased LDPE production,forcing Middle Eastern producers to squeeze. In 2016, the company plans to increasetheir LDPE share of their portfolio even further.

· Demand for film LLDPE went up by 1% to 208 ths tonnes, while that in the rotationalmoulding sector dropped by 15% to 9 ths tonnes. Imports of LDPE for cable insulationwas up by 16% to make a total of 3.1 ths tonnes. Demand for PE for paper laminationgrew to 8.2 ths tonnes.

· In 2015, the output of PE in Russia increased by 9% year-on-year and made over1.591 ths tonnes. The output of linear polyethylene (LLDPE) enjoyed the mostsignificant growth.

· At year-end 2015, the production of linear polyethylene exceeded 46 ths. tonnes,while a year earlier this figure made 16.2 ths. tonnes. Nizhnekamskneftekhim remainsthe only LDPE producer in Russia,

· In 2015, investments in polyethylene (PE) processing dropped by 30% and madeUSD40 mln, with films and packaging accounting for the most of the investment cuts.

· Record high investments in PE processing in the last nine years were reported in2013, followed by a substantial drop in investments by Russian companies. Accordingto the MRC data, a total of 700 complete equipment sets for PE processing wereimported for a total amount of USD184 mln, while the imports of the previous year was900 complete production lines worth USD264 mln. Producers of films and packagingby extrusion blow moulding, were the ones to cut the investments most.

· At the year-end 2015, 75 complete lines for making PE films were imported for a totalamount of USD22 mln, while the imports of the previous year were 196 complete uits

Annual Report



worth USD56.5 mln. Such a significant drop in investments in production of films wasmainly a result of a sharp growth of equipment costs due to rouble devaluation andincreased borrowing costs. Some companies simply put their production expansionplans on hold.

· Saturation of certain segments, in particular, that of stretch films, also contributed tothe slump in purchases of PE film production equipment. Demand for this type of filmswas booming over the last seven years, but as early as the at the beginning of the lastyear this market entered its saturation phase.

· Among the companies that last year imported lines for production of PE films, oneshould note the following: Vikona-SP, Aleko-Polimery, Atlantis-Pak, Foliopak, Polimer(Desnogorsk) and others.

· Last year, investments in equipment for production of PE pipes went down to USD15mln, while the imports totalled 46 complete production lines. In 2014, companies spentabout USD22.5 mln to buy that type of equipment, with 53 complete production linessupplied. Among the companies that pursued expansion of their production of PEpipes, one should note the following: Polyplastic, Rosturplast, Water-Supply andSewage Systems, Uponor Rus, Tekhstroy and others.

· In 2015, 41 complete production lines for production of PE packaging by extrusionblow moulding were imported for a total amount of USD14 mln, ////USD while a yearearlier, this figure was 56 units worth USD28 mln. Among other factors, the reductionof investments in this segment of PE processing is a result of competition from PETpackaging (actively pushing PE packaging in household chemicals, dairy, autochemicals sectors). Among the companies that opted for expansion of their productioncapacity last year, one should note the following: Serioplast, Delfin Distribution, Alpla,Stupinsky Chemical Factory and others.

Polyethylene in Russia – 2016


Annual Report

PE. General market indicators, MT

Indicator

2007 2008 2009 2010 2011 2012 2013 2014 2015 AAGR,5 y, %

2016estimation

2017forecast

2018forecast

2019forecast

2020forecast

Production capacities 1 113 000 1 113 000 1 121 400 1 121 400 1 161 400 1 484 500 1 484 500 1 641 512 46% 1 766 872 1 766 872 1 783 503 1 827 446 1 995 020

Growth, % - - 1% - 4% 28% - 11% - 8% 0% 1% 2% 9%

Production 1 010 308 1 034 201 1 066 324 1 048 834 1 074 641 1 245 138 1 317 432 1 398 110 31% 1 462 319 1 487 120 1 503 025 1 524 082 1 656 428

Growth, % - 2% 3% -2% 2% 16% 6% 6% - 5% 2% 1% 1% 9%

Export 352 216 362 270 248 601 140 409 161 606 210 003 197 652 426 926 72% 360 948 349 341 354 039 324 771 352 002

Growth, % - 3% -31% -43% 15% 30% -6% 116% - -15% -3% 1% -8% 8%

Import 62 351 117 583 137 470 181 590 342 090 448 878 385 976 331 418 141% 382 137 455 321 544 378 581 974 598 077

Growth, % - 89% 17% 32% 88% 31% -14% -14% - 15% 19% 20% 7% 3%

Estimatedconsumption ** 758 928 819 881 988 544 1 123 968 1 293 920 1 523 143 1 541 450 1 325 835 34% 1 524 419 1 624 906 1 702 006 1 790 058 1 906 151

Growth, % - 10% 21% 14% 15% 18% 1% -14% - 12% 7% 6% 5% 7%

Utilization of productioncapacities, % 91 93 95 94 93 84 89 85 -11% 85 88 92 96 98

Exports to production,% 35 35 23 14 15 17 15 31 35% 27 27 27 27 27

Imports toconsumption,% 9 15 14 17 27 30 26 25 79% 26 28 28 28 28

Supply from Belarus 38 486 30 367 33 351 33 954 38 796 39 130 35 695 23 237 -30% 25 561 26 328 27 381 27 928 29 045

Growth, % - -21% 10% 2% 14% 1% -9% -35% - 10% 3% 4% 2% 4%

Source: MRC

* taking into account swing technology in Kazan and Nizhnekamskneftekhim

** taking into account LDPE supply from Belarus

Please, see the full version of the Report




Annual Report

PE consumption dynamics by technologies, MT

Technology 2007 2008 2009 2010 2011 2012 2013 2014 2015 AAGR, 5 y,%

2016estimatio

n

2017forecast

2018forecast

2019forecast

2020forecast

film extrusion 392 046 396 729 488 168 569 727 633 497 722 681 772 362 676 048 38% 785 346 836 800 871 435 907 074 967 779 1 236 628

Growth, % - 1% 23% 17% 11% 14% 7% -12% - 16% 7% 4% 4% 7% 28%

pipe extrusion 109 527 126 471 163 688 174 126 236 246 312 824 341 309 231 760 42% 287 890 316 679 342 013 345 433 376 522 508 305

Growth, % - 15% 29% 6% 36% 32% 9% -32% - 24% 10% 8% 1% 9% 35%

blown molding 66 576 98 368 112 756 134 285 147 444 147 560 136 554 142 709 27% 147 121 150 091 154 541 156 124 160 838 209 046

Growth, % - 48% 15% 19% 10% 0% -7% 5% - 3% 2% 3% 1% 3% 30%

extrusion coating 24 958 39 113 38 565 38 370 61 787 89 281 57 014 85 882 123% 87 574 90 095 94 776 98 251 103 607 131 773

Growth, % - 57% -1% -1% 61% 44% -36% 51% - 2% 3% 5% 4% 5% 27%

cabel extrusion 74 581 81 492 90 061 92 713 96 099 110 987 111 800 81 328 -10% 95 851 104 573 106 860 148 086 154 378 181 446

Growth, % - 9% 11% 3% 4% 15% 1% -27% - 18% 9% 2% 39% 4% 18%

IM 71 336 57 972 70 771 87 281 82 732 84 018 77 321 72 363 2% 68 372 72 412 74 921 76 659 80 844 91 292

Growth, % - -19% 22% 23% -5% 2% -8% -6% - -6% 6% 3% 2% 5% 13%

others 19 904 19 735 24 534 27 467 36 115 55 792 45 090 35 746 46% 26 298 27 303 29 181 29 510 31 848 35 765

Growth, % - -1% 24% 12% 31% 54% -19% -21% - -26% 4% 7% 1% 8% 12%

Total 758 928 819 881 988 544 1 123 968 1 293 920 1 523 143 1 541 450 1 325 835 34% 1 524 419 1 624 906 1 702 006 1 790 058 1 906 151 2 428 276Growth, % - 8% 21% 14% 15% 18% 1% -14% - 12% 7% 6% 5% 7% 28%

Source: MRC





Annual Report

Dynamics of investments into PE processing by technologies. Number of complete lines

Technology 2007 2008 2009 2010 2011 2012 2013 2014 2015 AAGR, 5 y,%

IM 509 547 573 689 572 597 902 1 340 382 -11%

film extrusion 300 320 200 243 308 330 309 315 185 -5%

blown molding 85 113 104 90 66 92 102 125 52 -10%

pipe extrusion 46 53 50 73 81 130 78 152 51 -7%

cabel extrusion 1 6 5 3 3 7 16 57 26 54%

extrusion coating 3 1 4 2 3 5 3 3 1 -13%

others 13 13 13 26 24 12 23 - 4 -31%

Total 957 1 053 949 1 126 1 057 1 173 1 433 1 992 701 -9%

Source: MRC





Annual Report

HDPE suppliers, MT

№

Manufacturer 2007 2008 2009 2010 2011 2012 2013 2014 2015 AAGR, 5y, %

AAGR, 2y, %

1 Kazanorgsyntez 150 512 169 464 134 108 154 348 153 724 180 515 219 624 270 758 259 052 11% 9%

2 Stavrolen 144 197 103 403 167 098 224 736 285 000 250 787 289 753 290 445 221 787 0% -13%

3 Nizhnekamskneftehim - - - - - - - - 80 364 - -

4 Borealis 5 190 10 017 27 997 32 507 32 552 47 159 61 093 36 103 61 325 14% 0%

5 Korea Petrochemical 5 46 - 4 308 5 577 18 826 36 225 64 960 30 777 48% -8%

6 Shurtansky GCP - - 3 772 3 661 24 677 47 921 37 016 20 879 17 985 37% -30%

7 Ineos Polyolefins 94 1 694 4 152 7 257 7 546 17 515 23 719 21 324 13 923 14% -23%

8 LyondellBasell 51 809 418 1 566 4 802 14 482 23 937 19 223 9 960 45% -35%

9 Total Petrochemicals 4 309 5 262 1 204 7 593 8 466 12 915 13 276 5 917 8 985 3% -18%

10 Daelim 17 58 899 297 2 199 9 385 25 200 18 222 7 123 89% -47%

11 Sabic 46 77 413 173 343 2 266 2 506 308 4 357 91% 32%

12 TVK 45 325 869 1 119 2 337 9 112 7 470 3 727 3 795 28% -29%

13 LG Chem 300 2 790 7 029 2 957 3 183 5 145 7 447 5 875 2 902 0% -38%

14 Unipetrol 3 793 2 979 3 566 4 569 3 437 2 158 4 138 2 223 -9% 1%

15 Samsung Total 18 171 230 761 1 739 2 645 2 933 5 042 2 163 23% -14%

16 Chevron Phillips - - - - - - 1 542 3 826 2 159 - 18%

17 Dow 149 216 184 2 456 441 6 591 7 328 1 303 2 035 -4% -47%

18 Honam Petrochemical 635 151 1 688 225 423 1 087 1 888 1 873 1 259 41% -18%

19 Thai Petrochemical - - - - - 372 5 460 1 112 876 - -60%

20 Exxon Mobil 19 59 867 308 201 352 704 761 642 16% -4%

21 others 8 453 4 473 15 227 16 062 16 586 30 628 39 248 26 423 3 755 -25% -69%

- Total 314 045 299 806 369 131 463 901 554 366 661 139 808 526 802 219 737 446 10% -4%

Source: MRC





Annual Report

Film extrusion: PE supply analysis, MT

Indicator

2007 2008 2009 2010 2011 2012 2013 2014 2015 AAGR, 5 y,%

AAGR, 2 y,%

processing capacities 301 185 487 205 630 545 779 705 987 785 1 218 936 1 445 007 1 622 332 1 679 382 17% 8%

Growth, % - 62% 29% 24% 27% 23% 19% 12% 4% - -

domestic supply 351 490 368 512 346 398 439 318 509 029 525 062 593 314 652 815 567 897 5% -2%

Growth, % - 5% -6% 27% 16% 3% 13% 10% -13% - -

Import 20 745 23 534 50 331 48 850 60 698 108 435 129 366 119 547 108 151 17% -9%

Growth, % - 13% 114% -3% 24% 79% 19% -8% -10% - -

Estimated consumption 372 236 392 046 396 729 488 168 569 727 633 497 722 681 772 362 676 048 7% -3%Growth, % - 5% 1% 23% 17% 11% 14% 7% -12% - -

Imports to consumption,% 6 6 13 10 11 17 18 15 16 10% -5%

Source: MRC





Annual Report

Film extrusion. Blown films: PE grades rating, MT

№ grade/Manufacturer

2007 2008 2009 2010 2011 2012 2013 2014 2015 AAGR, 5y, %

AAGR, 2y, %

1 293-285Д/Kazanorgsyntez 5 139 5 518 11 654 16 515 23 968 18 481 21 276 48 413 65 759 32% 76%

2 10803-020/Kazanorgsyntez 37 534 43 224 34 758 42 934 32 615 47 357 49 241 55 487 45 206 1% -4%

3 10803-020/Ufaorgsyntez 36 202 43 107 38 729 41 192 44 448 44 141 48 640 46 427 44 801 2% -4%

4 15803-020/Ufaorgsyntez 10 637 16 553 15 296 17 391 20 219 18 010 19 661 18 531 41 376 19% 45%

5 15813-020/Kazanorgsyntez 20 695 34 884 42 704 40 862 33 216 22 712 31 111 36 618 39 287 -1% 12%

6 10803-020/Angarsk Polymers Plant 27 265 30 981 24 519 33 486 53 017 57 449 72 040 56 353 36 750 2% -29%

7 15803-020/SNOS 29 015 29 207 24 583 29 286 35 640 32 622 31 758 33 992 26 326 -2% -9%

8 80Б-285Д/Kazanorgsyntez - - - - - - 13 793 13 404 15 493 - 6%

9 15803-020/Polymir 25 587 19 792 15 917 17 995 17 956 20 735 20 831 19 251 12 644 -7% -22%

10 15803-020/Tomskneftechem 21 860 31 098 56 407 79 547 90 356 103 642 112 218 94 394 11 836 -32% -68%

11 ПЭ2НТ18-11/Kazanorgsyntez - - - - - 331 2 171 11 372 7 809 - 90%

12 10803-020/Polymir 10 165 8 507 6 397 7 004 6 791 8 762 8 838 9 009 5 825 -4% -19%

13 15803-020/Sevilen 5 263 6 101 7 285 7 972 7 581 7 637 6 419 6 466 4 153 -12% -20%

14 Exceed 1018EB/Exxon Mobil 153 663 961 1 558 1 286 3 929 4 197 3 358 3 667 19% -7%

15 Borstar FB2310/Borealis - 3 19 11 107 820 1 526 1 902 2 805 203% 36%

16 F-0320/Shurtansky GCP - - - - - - - 1 800 2 700 - -

17 Dowlex NG 5056.01G/Dow - - 145 103 207 1 048 718 1 907 2 469 89% 85%

18 F-Y346-A/Shurtansky GCP - - 3 522 1 272 1 050 3 795 4 801 1 830 2 450 14% -29%

19 Exceed 1018CA/Exxon Mobil - 220 501 946 1 251 1 835 2 471 3 137 2 377 20% -2%

20 F-0120/Shurtansky GCP - - - - 150 1 450 2 170 1 140 2 310 - 3%

21 others 141 829 118 726 110 008 144 004 188 637 215 497 243 218 253 260 47 030 -20% -56%

- Total 371 346 388 582 393 405 482 076 558 494 610 252 697 098 718 053 423 072 -3% -22%

Source: MRC





Annual Report

Film extrusion. Multi-layer fillms: Top-20 converters in terms of investments into equipment. Cost of production line, USD thous.

№ Сonverter

2007 2008 2009 2010 2011 2012 2013 2014 2015 Total Share

1 Lava, Group - - - - - - - 7 566 6 180 13 746 14,9%

2 Polimer, Desnogorsk, Group - 19 - 206 - 7 734 - 3 473 - 11 432 12,4%

3 Em-Plast - 520 - - 1 157 543 1 990 3 827 2 162 10 199 11,0%

4 Paketti-Grupp - - - - - - - 4 391 - 4 391 4,8%

5 Uralplastik, Group - - - - 2 066 - - - 1 655 3 721 4,0%

6 Slavich, Group - 1 619 - - 2 005 - - - - 3 623 3,9%

7 PKF Siluet, Group - - - - 1 063 - - 2 331 - 3 393 3,7%

8 Souz-Polimer, Group - - - - - - - 2 974 - 2 974 3,2%

9 Plastik, Dzerzhynsk - - - - 935 - 878 - - 1 813 2,0%

10 Tiko-Plastic - - - - - - 1 802 - - 1 802 2,0%

11 Polimer, Samara - - - - - - - - 1 792 1 792 1,9%

12 Artplast-T - - - - - - - 1 628 - 1 628 1,8%

13 Multiflex - - 1 119 - - - - - - 1 119 1,2%

14 Polimerbit, Group - - - - 911 - - - - 911 1,0%

15 Himpek, Group - - 734 6 - - - - - 740 0,8%

16 Vismut - - - - - 499 - - - 499 0,5%

17 Dar - - - - - - 490 - - 490 0,5%

18 Sedon, Group - - - - - - 427 - - 427 0,5%

19 Sild Eyr, Group - - - - 311 - - - - 311 0,3%

20 Zagorsk experimental plant of plastic materials - - - - - 241 - - - 241 0,3%

21 others 695 889 695 2 192 1 155 6 094 4 098 3 120 8 116 27 054 29,3%

- Total 695 3 047 2 549 2 405 9 603 15 111 9 684 29 310 19 905 92 308 100,0%

Source: MRC





Annual Report

Blown molding: TOP-20 Equipment suppliers. Number of complete lines

Equipment suppliers

2007 2008 2009 2010 2011 2012 2013 2014 2015 Total Share

Magic MP 2 12 9 8 5 9 4 2 - 51 6,4%

Zhejiang Honghua Machinery 1 10 2 3 6 8 5 - - 35 4,4%

Bekum 5 10 2 2 2 - 3 4 - 28 3,5%

SMC - - 1 5 8 6 4 4 - 28 3,5%

SIG Blowtec 5 10 5 2 2 1 1 - - 26 3,2%

IMG Plastec - 1 14 7 - 2 2 - - 26 3,2%

Automa 2 3 7 4 1 - 3 2 - 22 2,7%

Blasautomat 3 5 6 4 - 1 3 - - 22 2,7%

Demak Plastik Makina - 1 - 3 1 2 7 2 1 17 2,1%

Dae Chang Machinery - 3 5 3 5 - - 1 - 17 2,1%

Kai Mei Plastic Machinery 2 4 2 3 - 3 - 2 - 16 2,0%

Huasheng Machinery - 1 - 2 6 5 1 - - 15 1,9%

Uniloy Milacron - - 1 3 2 - 8 - - 14 1,7%

Yelkenciler Makina 6 2 1 - - 1 2 1 - 13 1,6%

Umit Makina - - - - 2 - 6 5 - 13 1,6%

Melitopolprodmash 7 2 2 - - - 1 - - 12 1,5%

ChodosChodov 5 1 1 - - 2 2 - - 11 1,4%

Polimermash - - - - - - - 10 - 10 1,2%

Ozkan Plastik 1 - 4 4 - - - - - 9 1,1%

Soplar 1 2 1 2 1 1 1 - - 9 1,1%

others 45 46 41 35 25 51 49 91 25 408 50,9%

Total 85 113 104 90 66 92 102 124 26 802 100,0%

Source: MRC





Annual Report

PE production by producers in the previous year, MT

№ Manufacturer

Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Total Share

1 Kazanorgsyntez 55 320 48 311 49 081 43 703 46 684 47 008 58 074 50 434 38 017 29 676 52 575 55 657 574 539 41,1%

2 Stavrolen 26 902 23 571 2 459 - 14 290 25 362 26 841 25 976 27 021 27 913 26 484 21 031 247 851 17,7%

3 Tomskneftechem 22 445 20 579 22 104 21 050 22 882 20 349 15 506 12 620 22 299 21 674 20 695 24 017 246 221 17,6%

4 Nizhnekamskneftehim - 6 055 12 739 6 516 17 499 9 266 11 988 12 556 8 026 17 778 10 301 12 044 124 768 8,9%

5 Ufaorgsyntez 6 859 7 376 8 871 7 526 6 690 6 685 6 958 7 538 7 974 7 229 7 609 7 292 88 607 6,3%

6 Angarsk Polymers Plant 4 500 3 600 4 350 4 300 5 690 5 330 5 400 5 300 2 800 5 630 5 609 5 591 58 100 4,2%

7 SNOS 3 290 3 380 3 874 3 355 3 894 3 695 3 945 3 790 554 3 812 3 545 3 825 40 959 2,9%

8 Sevilen 822 1 725 1 835 1 767 1 797 1 327 1 680 1 453 187 1 528 1 421 1 523 17 065 1,2%

- Total 120 139 114 598 105 313 88 217 119 426 119 023 130 393 119 666 106 877 115 240 128 238 130 980 1 398 110 100,0%

Source: MRC



Ежегодный обзор49MARKETR E P O R T C O M P A N Y

PE producers rating, MT

№ Manufacturer

2009 2010 2011 2012 2013 2014 2015 AAGR, 5y, %

AAGR,2 y, %

1 Kazanorgsyntez 262 531 311 813 292 437 326 409 370 634 459 988 432 403 7% 8%

2 Stavrolen 167 098 224 736 285 000 250 787 289 753 290 445 221 787 0% -13%

3 Nizhnekamskneftehim - - - - - - 91 986 - -

4 Borealis 36 460 41 789 45 130 70 718 98 460 62 154 88 147 16% -5%

5 Ufaorgsyntez 78 081 77 913 86 507 82 197 90 550 86 446 86 621 2% -2%

6 TOMSKNEFTECHEM 92 159 110 793 125 014 132 841 154 261 166 418 57 211 -12% -39%

7 Dow 4 217 11 884 12 794 33 675 44 056 38 493 42 417 29% -2%

8 Angarsk Polymers Plant 24 519 33 486 53 017 57 449 72 040 56 353 36 750 2% -29%

9 Korea Petrochemical - 4 308 5 577 18 840 36 479 65 016 30 861 48% -8%

10 SNOS 25 868 30 826 37 514 34 339 33 429 35 781 27 711 -2% -9%

11 Shurtansky GCP 5 201 6 839 27 964 52 544 44 399 26 779 25 585 30% -24%

12 Exxon Mobil 9 801 10 746 11 179 17 517 22 139 22 917 25 275 19% 7%

13 Ineos Polyolefins 4 214 7 260 7 682 17 770 28 331 28 998 24 696 28% -7%

14 Polymir 31 033 34 255 34 178 38 883 39 135 36 049 23 583 -7% -22%

15 Sabic 603 819 2 054 6 378 5 240 1 927 18 836 87% 90%

16 Sevilen 23 862 28 490 29 052 29 106 24 468 24 599 16 836 -10% -17%

17 LyondellBasell 6 387 2 731 6 649 16 278 26 372 21 111 11 392 33% -34%

18 Total Petrochemicals 1 279 7 678 8 526 13 046 13 438 6 492 9 134 4% -18%

19 Daelim 899 297 2 532 9 806 25 326 18 671 8 338 95% -43%

20 Hyundai Petrochemical 1 774 4 850 6 399 5 761 7 377 9 676 3 862 -4% -28%

21 TVK 1 556 1 299 2 401 9 208 7 832 3 834 3 835 24% -30%

22 LG Chem 7 029 2 957 4 039 5 936 8 039 7 333 3 644 4% -33%

23 DuPont 1 404 1 417 2 286 3 024 3 908 2 319 2 906 15% -14%

24 Samsung Total 230 848 2 048 3 088 3 551 6 339 2 518 24% -16%

25 Unipetrol 2 979 3 566 4 569 3 437 2 208 4 138 2 239 -9% 1%

26 Chevron Phillips - - - - 1 582 3 884 2 159 - 17%

27 Henkel 1 319 1 561 1 687 1 406 1 622 1 649 1 516 -1% -3%

28 Honam Petrochemical 1 688 225 423 1 143 1 908 1 873 1 330 43% -17%

29 DEXPlastomers 338 610 786 1 147 1 720 972 1 145 13% -18%

30 Polimeri Europa 1 406 1 874 1 416 1 647 1 513 1 459 985 -12% -19%

31 Thai Petrochemical - - - 372 5 460 1 164 876 - -60%

32 Hanwha Corporation 2 333 1 588 2 478 1 087 618 1 642 809 -13% 14%

33 Braskem - - 213 834 1 340 1 165 755 - -25%

34 Ampacet - - - 352 490 557 721 - 21%

35 Sharq 31 1 - - 87 272 675 245% 179%

36 Fujian - 66 99 65 441 1 050 629 57% 19%

37 Tosaf - - - 1 821 4 103 3 880 593 - -62%

38 SK Corporation 204 525 138 579 5 326 4 889 563 1% -67%

39 Titan Petrokimia - - - - 1 292 1 646 506 - -37%

40 Marun Petrochemical - - - - - - 443 - -

41 others 23 380 20 494 22 182 44 432 44 218 33 071 13 557 -8% -45%

- Total 819 881 988 544 1 123 968 1 293 920 1 523 143 1 541 450 1 325 835 6% -7%

Source: MRC




Borealis

PE domestic supply by types, MT

№ Product type

2007 2008 2009 2010 2011 2012 2013 2014 2015 AAGR,5 y, %

AAGR,2 y, %

1 LDPE 5 190 10 017 27 997 32 507 32 552 47 159 61 093 36 103 61 325 14% 0%

2 HDPE 4 865 4 844 5 988 6 334 8 832 13 771 18 534 14 652 13 535 16% -15%

3 LLDPE 177 266 401 1 106 1 397 6 744 13 430 8 766 9 164 53% -17%

4 copolimer 36 535 2 024 1 670 2 206 2 862 5 300 2 367 3 879 18% -14%

5 EVA - - 9 38 51 37 - - 60 10% -

6 others 110 61 41 135 92 144 102 266 184 6% 34%

- Total 10 379 15 723 36 460 41 789 45 130 70 718 98 460 62 154 88 147 16% -5%

PE domestic supply by technologies, MT

№ Technology

2002 2003 2004 2005 2006 2007 2008 2009 2010 AAGR,5 y, %

AAGR,2 y, %

1 extrusion coating 4 433 9 671 29 064 27 840 27 210 39 650 56 452 32 217 59 920 17% 3%

2 cabel extrusion 2 366 3 143 5 778 8 299 9 510 12 793 18 479 16 073 14 829 12% -10%

3 film extrusion 701 741 775 1 355 2 074 7 323 16 995 10 761 9 758 48% -24%

4 blown molding 354 159 292 535 1 367 3 931 1 294 1 703 1 813 28% 18%

5 IM 1 153 1 035 277 908 2 039 3 695 2 686 896 679 -6% -50%

6 pipe extrusion 22 - 0 379 738 1 495 563 430 219 -10% -38%

7 others 1 349 975 274 2 473 2 193 1 831 1 991 74 930 -18% -32%

- Total 10 379 15 723 36 460 41 789 45 130 70 718 98 460 62 154 88 147 16% -5%

PE domestic supply by grades, MT

№ Grade

2002 2003 2004 2005 2006 2007 2008 2009 2010 AAGR,5 y, %

AAGR,2 y, %

1 Borcoat HE 3450 743 6 655 23 763 23 798 23 579 34 848 48 783 28 280 55 076 18% 6%

2 Visico LE 4423 6 18 90 711 1 099 2 438 3 780 4 118 4 501 45% 9%

3 Borcoat ME 0420 36 535 2 024 1 670 2 182 2 862 5 299 2 362 3 841 18% -15%

4 LE4205R 64 41 43 375 190 742 2 351 2 356 3 035 52% 14%

5 Borstar FB2310 - 3 19 11 107 820 1 526 1 902 2 805 203% 36%

6 Borstar FB4370 - - - - - 133 684 848 2 306 - 84%

7 others 9 530 8 471 10 520 15 224 17 973 28 875 36 036 22 289 16 583 2% -32%

- Total 10 379 15 723 36 460 41 789 45 130 70 718 98 460 62 154 88 147 16% -5%

Source: MRC




Common informationNew Reports

We are happy to present a new Annual Report, which, as we believe, is unique in the world practice. We spent nearly fouryears to develop a new format of our Annual Reports. We did our best to cut down the text part of the Report to save yourtime, and to present the most important considerations (bullets) generated independently by our analysts.We have begun to use hyperlinks that allow you to “travel” through the Report not being afraid of getting lost somewhere inthe great number of data and figures. You also could see the video of Russian top-managers inside of this Report.

How our reports differ from others

You probably have already got used to our Annual reports, and you remember that they differ from similar products in themost comprehensive coverage of data. However, for the recent two years we have been observing an increasing pressure onthe part of “analysts” who have been spreading data on the CIS polymers market being fully confident that, having offeredgeneral figures out of customs databases, they would get a comprehensive analysis of the market.To waive any questions as to the quality of our data, MRC’s specialists developed conceptually new annual analytical reports,which, as we believe, are unique in the world practice. We have been working hardly for four years to create a brand-newformat of annual reports. The slogan of our new annual reports is “As detailed as it can be”. The point is that this is probablyfor the first time in the world practice when a polymer market of a single country is described so minutely.

Information system used to prepare our Reports

Today, we use about 120 directories that, for example, include:- 26 polymers processing technologies and associated products- 66 processing sectors of polymers and associated products- 240 types of finished goods made of polymers- 4025 grades of polymers (8 analysis aspects)- 165 producers of polymers (5 analysis aspects)- 2560 brands of equipment (analysis by 6 parameters, including output capacity of each line), operated by domesticconverters since 2000;- 450 world equipment manufacturers, whose equipment has been used by domestic converters since 2000;- all postal codes in the Russian Federation (to define postal addresses of each company in our Report);- financial and production figures by nearly 20 thousand companies (converters, traders and other firms), working in the CISpolymers market, by more than 20 activity categories (see also PlastGuide Project).

Data Analysis draws up reports automatically

Today, absolutely all diagrams and tables in our annual reports are being made automatically. Each analyst of MRC uses thesoftware product “MRC: Data Analysis”, which helps draw up data for an annual report within a few minutes. The softwarehas been developed by the team of MRC’s specialists under the general direction of Professor Basmanov E.A., Doctor ofEngineering Science.Today, Data Analysis includes uniform processing of all fragmented data, which are used to understand operations of eachconverter in every single market of polymers. Generally, before presenting our conclusions in the annual report, our analystsdo a lot of work in the course of the year and, nearly every day, they process the following data:- production of polymers by each polymer grade of each domestic producer;- production of finished goods made of polymers by each producer, as well as by type of finished goods, sector andprocessing technology;- import of finished goods made of polymers by each foreign producer, each type of finished goods, sector and processingtechnology;- export of finished goods made of polymers by each exporter, each domestic converter, by each type of finished goods,sector and processing technology;- import of polymers by each foreign producer, each domestic trader, converter, processing technology, processing sector,type of finished goods, type and grade of polymer;- export of polymers by each domestic producer, domestic trader, polymer type, and polymer grade;- carriage by rail by each domestic producer, domestic trader, converter, type of polymer, grade of polymer, processingtechnology, processing sector and type of finished goods;- import of equipment to produce finished polymer goods by each brand of equipment, each equipment producer, domesticconverter, processing technology, processing sector and (if possible) each type of finished goods;- ownership of each converter to determine associated companies; if needed, to regard a converter as a group of companies;- financial indicators, of both an individual converter and his affiliated structures;- operations with key suppliers of raw materials and supplies.

О насМаркет Репорт была основана в 2003 году.Наша цель - предоставление самойпрофессиональной информации нанефтехимическом рынке России, СНГ и странВосточной Европы.Сегодня Маркет Репорт готовит регулярныерыночные обзоры по рынкам полиэтилена,полипропилена, ПВХ и полистирола. Крометого, наши аналитики владеют информациейпо рынкам аддитивов, мастербейчей, пленок,труб, оконных профилей и автокомопнентов.

Наши клиентыНам доверяют Топ-50 нефтехимическихкомпаний мира, суммарный объем продажкоторых, превышает уровень российского ВВПболее, чем в два раза.Нашими клиентами, например, являются:Anwil, Akzo Nobel, Arkema, LyondellBasell,BASF, B&B, Chemopetrol, Ciba, Clariant,Commerzbank, Dow, DuPont, ExxonMobil, LGChem, Mitsubishi, Mitsui, Milliken, Nexant,Itochu, НКНХ, Nubiola, Polimeri Europa, R&H,Samsung, Solvay, Shin-Etsu,Total Petrochemical,TVK, Huhtamaki, Лукойл-Нефтехим, Сибур,Саянскхимпласт, Пласткард, БашХим,Казаньоргсинтез, Татнефть и другие.

ОбзорыСегодня Маркет Репорт публикует в течениегода около 1500 обзоров. В наш портфельпродуктов включаются:

· Ежегодные обзоры· Еженедельные ценовые обзоры· Ежемесячные обзоры· ДатаСкоп· СканПласт· ПластГид· Прогноз цен· Тoп-50· Специальные проекты

КонтактМосква: +7 495 543 91 94Лондон: 44 20 814 422 25Киев: +38 044 599 29 50

[email protected]

Написать180, Tottenham Court Road, Suite 12 W1T 7PD,London, UK107113, г. Москва, Сокольническая пл, д. 4А61002, г. Харьков, пр. Ленина, 45Б., оф. 26А

Оформить подпискуПодробнее о графике выхода обзоровhttp://www.mrcplast.ru/docs/MRC_schedule_Rus_2010%20%28Annual%20reports%29.pdf

Цены и скидки:http://www.mrcplast.ru/docs/MRC_prices_Rus_2010.pdf

Формы оплаты:http://www.mrcplast.ru/docs/MRC_payments_Rus.pdf

About usMarket Report Company was founded in 2003.Our purpose is giving the most professionalinformation on petrochemical markets of Russia,CIS and East European countries.Today MRC prepares regular market reports onmarkets of polyethylene, polypropylene, PVC andpolysterol. In addition, our analysts possessinformation about markets of additives, films,pipes, window shapes and auto components.

Our clientsTop-50 world’s petrochemical companies trust us,the summary sales volume of which exceedsRussian GDP’s level in more than twice.For instance, our clients are: Anwil, Akzo Nobel,Arkema, LyondellBasell, BASF, B&B,Chemopetrol, Ciba, Clariant, Commerzbank, Dow,DuPont, ExxonMobil, LG Chem, Mitsubishi, Mitsui,Milliken, Nexant, Itochu, NKNH, Nubiola, PolimeriEuropa, R&H, Samsung, Solvay, Shin-Etsu, TotalPetrochemical, TVK, Huhtamaki, Lukoil-Neftehim,Sibur, Sayanskhimplast, Plastkard, BashHim,Kazanorgsintez, Tatneft and others.

ReportsToday MRC prodeces about 1500 reports duringa year. Our products portfolio includes:· Annual reports;· Weekly price reports;· Monthly reports;· DataScope;· ScanPlast;· PlastGuide;· Prices forecast;· Top-50;· Special projects.

ContactsMoscow: +7 495 543 91 94London: 44 20 814 422 25Kiev: +38 044 599 29 50

[email protected]

http://www.mrcplast.com/pages.php?id_page=6

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