petroleum calibration standards & reference materials bv tel: +31 164 687770 steenspil 28 fax:...

Zematra BV Tel: +31 164 687770 Steenspil 28 Fax: +31 164 680512 4661 TZ Halsteren E-mail: [email protected] The Netherlands Internet: www.zematra.com

30 years your reliable partner in testing

Specialists in analytical laboratory instrumentation and supplies for the (petro)chemical, food,

pharmaceutical, paint and marine industry.

Zematra is actively involved in important standardization bodies like ASTM, EI, CEN etc. This

enables Zematra to inform her customers about the latest developments in existing methods and

advise them of new methods

Zematra BV, for more than 30 years your reliable partner in testing

Petroleum calibration Standards & reference materials

Our ranges offers the most comprehensive selection of petroleum standards in the industry. Our petroleum standards are suitable for broad range of analysis Common applications for our single-element, multi-element, and custom- blended products include:

- Used oil analysis for predictive engine failure analysis - QC analysis of motor oils and additives formulations - Crude and refined oils - Environment analysis of waste oils - Sulfur in fuels - Foods Oils - Coolants

ISO Certifications VHG Labs is now part of LGC Standards, and holds accreditation to ISO 9001, ISO/IEC 17025 and ISO Guide 34, offering our customers the assurance that these certified reference materials (CRM) are manufactured and tested to the fullest extent by a company firmly committed to quality at all levels Our Petroleum Standards: Flash Point, Pour Point, Cloud Point, Freezing Point, Could Filter Plug Point, Distillation, Acid/ Base number, Moisture, Soot Content, Fuel Dilution, Biodiesel and Viscosity

Flash Point

FP27-250 Flash Point CRM for ASTM D93 (Pensky Martens Closed Cup Tester), Typical Flash Point Range 25°C-35°C 250ml


FPPM60-250 Flash Point CRM for ASTM D93 (Pensky Martens Closed Cup Tester), Typical Flash Point Range 55°C-65°C 250ml

FP70-250 Flash Point CRM for ASTM D93 (Pensky Martens Closed Cup Tester), Typical Flash Point Range 65°C-75°C 250ml FP75-250 Flash Point CRM for ASTM D93 (Pensky Martens Closed Cup Tester), Typical Flash Point Range 70°C-80°C 250ml




FP115-250 Flash Point CRM for ASTM D92 (Cleveland Open Cup Tester), Typical Flash Point Range 110°C-120°C 250ml

FP138-250 Flash Point CRM for ASTM D92 (Cleveland Open Cup Tester), Typical Flash Point Range 135°C-150°C 250ml

FP200-250 Flash Point CRM for ASTM D92 (Cleveland Open Cup Tester), Typical Flash Point Range 190°C-215°C 250ml FP230-250 Flash Point CRM for ASTM D92 (Cleveland Open Cup Tester), Typical Flash Point Range 220°C-240°C 250ml

FP40-250 Flash Point CRM for ASTM D56 (Tag Closed Cup Tester), Typical Flash Point Range 40°C-50°C 250ml

FP51-250 Flash Point CRM for ASTM D56 (Tag Closed Cup Tester), Typical Flash Point Range 45°C-55°C 250ml FP55-250 Flash Point CRM for ASTM D56 (Tag Closed Cup Tester), Typical Flash Point Range 50°C-60°C 250ml

FPTC60-250 Flash Point CRM for ASTM D56 (Tag Closed Cup Tester), Typical Flash Point Range 55°C-65°C 250ml

FP67-250 Flash Point CRM for ASTM D56 (Tag Closed Cup Tester), Typical Flash Point Range 60°C-70°C 250ml



Cloud Point

C2-250 ASTM D2500 Cloud Point Reference Material, Typical Point Range: -4°C to 0°C 250ml

C5-250 ASTM D2500 Cloud Point Reference Material, Typical Point Range: +3°C to +9°C 250ml

C10-250 ASTM D2500 Cloud Point Reference Material, Typical Point Range: -12°C to -8°C 250ml



Pour Point P5-250 ASTM D97 Pour Point Reference Material, Typical Point Range: -7°C to-3°C * 250ml

P10-250 ASTM D97 Pour Point Reference Material, Typical Point Range: -12°C to -8°C * 250ml





Cold Filter Plug Point * not intended for use with Phase Instruments

CFP1-250 ASTM D6371/IP 309 CFPP, Typical Point Range: -20°C to -17°C 250ml

Distillation D86-4-500 ASTM D86 Group 4 Distillation Standard 500ml

D86-500 ASTM D86 Group 1&2 Synth. Distillation standard 500ml

Acid and Base Number AN 0.1-100G Acid number 0.1 mgKOH/g Reference standard in Hydrocarbon Oil 100 gr

AN 0.5-100G Acid number 0.5 mgKOH/g Reference standard in Hydrocarbon Oil 100 gr

AN 1-100G Acid number 1 mgKOH/g Reference standard in Hydrocarbon Oil 100 gr

AN 1.5-100G Acid number 1.5 mgKOH/g Reference standard in Hydrocarbon Oil 100 gr

AN 2-50G Acid number 2 mgKOH/g Reference standard in Hydrocarbon Oil 50gr

AN 3-50G Acid number 3 mgKOH/g Reference standard in Hydrocarbon Oil 50gr

BN 6-50G Base number 6 mgKOH/g Reference standard in Hydrocarbon Oil 50gr








CRM Materials with different product nature, acc Iso 17025

All ROFA Certified Reference Materials meet the precision of ISO 17025. The production is according

Guides 31, 34 & 35. Certified by Round Robin Method by independent test laboratories.

Order code Test name Value Main Method Bottle

Volume

GASOLINE

DE-GA-514 Density at 15°C 740.1 kg/m3 ASTM D 4052 250 ml

DI-GA-514 Automatic Distillation (Unleaded) 32,7°C / 180,2°C ASTM D 86 250 ml

VP-GA-514 Reid Vapour Pressure 64,0 kPa ASTM D 323 250 ml

BE-GA-514 Benzene Content 0.795 % vol ASTM D 4053 250 ml

AC-GA-514 Aromatic Content 26.9 % vol ASTM D 5580 250 ml

GASOLINE

OM-GA-095 Motor Octane Number E95 (Unleaded) 85,9 ASTM D 2700 1000 ml

OR-GA-095 Research Octane Number E95 (Unleaded) 97,2 ASTM D 2699 1000 ml

GASOLINE

OM-GA-098 Motor Octane Number E98 (Unleaded) 87,5 ASTM D 2700 1000 ml

OR-GA-098 Research Octane Number E98 (Unleaded) 98,9 ASTM D 2699 1000 ml

JET AVIATION Fuel DE-KR-444 Density at 15°C 792,7 kg/m3 ASTM D 4052 250 ml

FR-KR-444 Freezing Point - 50.2 °C ASTM D 2386 250 ml

DI-KR-444 Automatic Distillation 149°C / 256°C ASTM D 86 250 ml

SU-KR-444 Sulphur of Mercaptans 3.13 mg/kg ISO 3012 250 ml

AD-KR-444 Acidity 0.0016 mgKOH/g ASTM D 3242 250 ml

FI-KR-444 FIA Aromatics 19,3 % Vol ASTM D 1319 250 ml

AB-KR-444 Abel Flash Point 40.6 °C IP 170 250 ml

VI-KR-444 Kinematic Viscosity -20°C 3.558 mm²/s ASTM D 445 250 ml

FT-KR-444 TAG Flash Point 41.7 °C ASTM D 56 250 ml

SP-KR-444 Smoke Point 24.4 mm ASTM 1322 250 ml

AP-KR-444 Aniline Point 58,9 °C ASTM D 611 250 ml

DIESEL DE-GO-350 Density at 15 °C 833,8 kg/m3 ASTM D 4052 250 ml

CP-GO-350 Cloud Point - 6,4 °C ASTM D 2500 250 ml

PP-GO-350 Pour Point -24.0 °C ASTM D 97 250 ml

DI-GO-350 Automatic Distillation 164 °C / 360 °C ASTM D 86 250 ml

PM-GO-350 Pensky Martens Flash Point 60,2°C ASTM D 93 -A 250 ml

VI-350+20 Kinematic Viscosity +20°C 3,963 mm²/s ASTM D 445 250 ml

VI-350+40 Kinematic Viscosity +40°C 2,591 mm²/s ASTM D 445 250 ml

FA-GO-350 FAME Content B=6.5% Volume EN 14078 250 ml

SU-GO-350 Sulphur Content 7,10 mg/kg ASTM D 5453 250 ml



Order code Test name Value Main Method Bottle

Volume

CF-GO-209

DIESEL Cold Filter Plugging Point -23.6 °C EN 116 / IP 309 250 ml

DIESEL SU-GO-555 Sulphur Content 7,2 mg/kg EN 116 / IP 309 250 ml

DIESEL FA-GO-919 FAME Content B=3% Volume EN 14078 250 ml

DIESEL DE-GO-888 Density at 15 °C 836,39 kg/m3 ASTM D 4052 250 ml

CP-GO-888 Cloud Point - 3,3 °C ASTM D 2500 250 ml

PP-GO-888 Pour Point -16.1 °C ASTM D 97 250 ml

CN-GO-888 Cetane Number 52,6 ASTM D 613 1000 ml

LUBRICANT

PM-LU-456 Pensky Martens Flash Point 203 °C ASTM D 93 250 ml

LUBRICANT DE-LU-671 Density at 15 °C 868,7 kg/m3 ASTM D 4052 250 ml

FC-LU-671 Cleveland Flash Point 268 °C ASTM D 92 250 ml

PM-LU-671 Pensky Martens Flash Point 247 °C ASTM D 93 250 ml

PP-LU-671 Pour Point -11.6°C ASTM D 97 250 ml

Moisture

KF-BLK-100 Karl Fischer Titration Reference Standard in 10W30 Motor Oil 0.0 wt.% H2O 100ml

KF-0.05P-100 Karl Fischer , nominal water conc. 0.05% in 10W30 motor oil 100ml

KF-0.1P-100 0.1 wt.% H2O in 10W30 motor oil 100ml

KF-0.5P-100 0.5 wt.% H2O in 10W30 motor oil 100ml

KF-1.0P-100 1 wt.% H2O in 10W30 motor oil 100ml

CT-BLK-100 Crackle Test Reference Standard in 10W30 Motor Oil 0.0wt.% H2O 100ml

CT-0.05P-100 Crackle Test Reference Standard 0.05 wt.% H2O in 10W30 motor oil 100ml



CT-1.0P-100 1 wt.% H2O in 10W30 motor oil 100ml

Soot Content SOOT-BLK-50 Soot Content Standard in 15W40 Diesel Oil Blank 50ml

SOOT-A-50 Soot Content Standard in 15W40 Diesel Oil 0.5-wt% 50ml

SOOT-B-50 Soot Content Standard in 15W40 Diesel Oil 2-4wt% 50ml

SOOT-C-50 Soot Content Standard in 15W40 Diesel Oil 4-6wt% 50ml

SOOT-D-50 Soot Content Standard in 15W40 Diesel Oil 6-9wt% 50ml

SOOT-E-50 Soot Content Standard in 15W40 Diesel Oil 9-12wt% 50ml

SOOT-SET Soot Content Standard SET in 15W40 Diesel Oil 6x50ml



Fuel dilution DSLFD-BLK-100 Devolatilized Diesel Fuel in 75 cSt Base oil 100ml

DSLFD-2P-100 2% (v/v) Devolatilized High Cetane Diesel Fuel (10% lights removed) in 75 cSt Hydrocarbon Oil 100ml




GASFD-BLK-100 Devolatilized Diesel Fuel in 75 cSt Base oil (OIL-75) 100ml

GASFD-2P-100 2% (v/v) Devolatilized Gasoline (10% lights removed at 160F) in 75 cSt Hydrocarbon Oil. Bottled in a 100 ml Wide Mouth Glass Bottle For Use with GC, IR or Flash Point 100ml



Biodiesel Standards

Metals in biodiesel B100M5-5-100G Multi Element Biodiesel Standard in B100 Biodiesel 5µg/g, Ca,K,Mg,Na,P 100g

B100M5-10-100G Multi Element Biodiesel Standard in B100 Biodiesel 10µg/g, Ca,K,Mg,Na,P 100g

B100M5-20-100G Multi Element Biodiesel Standard in B100 Biodiesel 20µg/g, Ca,K,Mg,Na,P 100g

B100-BLK-100 Biodiesel, 100ml 100ml


Sulfur in Biodiesel SB100-5-100 Sulfur @ 5µg/g in B100 Biodiesel 100ml

SB100-10-100 Sulfur @ 10µg/g in B100 Biodiesel 100ml









Micro Carbon Residue Tester

5073122 ASTM D4530 MCRT low Carbon Residue Ref, 0,3%, Cert 1 bottle

5073130 ASTM D4530 MCRT Low Carbon Residue Ref, 2%, Cert 1 bottle

5073123 ASTM D4530 MCRT Medium Carbon Residue Ref, 10,6%, Cert 1 bottle

5073124 ASTM D4530 MCRT High Carbon Residue Ref, 24,0%, Cert 1 bottle



Biodiesel/ Diesel Fuel Blend

BDBLEND-2P-20 2% Biodiesel / 98% High Cetane Diesel Fuel v/v 20ml







BDBLEND-100P-20 100% Biodiesel 20ml

BDBLEND-BLK-20 100% High Cetane Diesel Fuel 20ml

Foam Tendency Foam Tendency according ASTM D892 & ASTM D6082 F-100 Test Sequence I, II & III, Temperature range 24°C & 93,5°C 950ml F-200 Test Sequence II & IV, Temperature range 93.5°C & 150°C 950ml

RPVOT Reference Oil RPVOT Reference Oil ASTM D 2272 QMR Nominal Break time in Minutes – 794 minutes 950ml QHR Nominal Break time in Minutes – 1244 minutes 950ml

Viscosity

All Cannon viscosity standards meet the precision of ASTM D445/446 and ISO 3104/3105, and are traceable to

the NIST (National Institute of Standards and Technology)

Cannon Viscosity standards are manufactured and/or certified in Cannon ISO 9001/2000 registered and A2LA

accredited laboratory. A2LA has accredited Cannon for technical competence in the field of calibration

(certificate number 1262.01). the accreditation includes the determination of kinematic and dynamic viscosity

(including that of viscosity standards and customer samples) in accordance with ISO/IEC 17025-1999. All

calibration are based on the master viscometer procedures detailed in ASTM D2162

Cannon has been delegated by NIST to provide U.S. national measurement standards and to issue calibration

and measurement certificates for certified liquid viscosity reference standards.

Cannon supplies viscosity standards in a variety of container sizes. The default container size for most

standards is the 500ml bottle. Standards are also available in 120ml, 1 liter and 3,8 liter (1 Gallon)



Viscosity Standards

Catalog number

Viscosity standard 20°C 25°C 37.78°C 40°C 50°C 60°C 80°C 100°C

9727-C10 N.4Ɨ 0,32 0,3 0,28 0,27 9727-C15 N.8Ɨ 0,64 0,6 0,52 0,51 9727-C20 N1.0Ɨ 0,93 0,86 0,72 0,7 0,62

9727-C22 N2 2,2 2 1,6 1,5 1,3

0,85 0,65

9727-C25 S3 3,9 3,3 2,5 2,4 1,9

1,2 0,9

9727-C27 N4 5,2 4,5 3,3 3,1 2,5

1,4 1,1

9727-C30 S6 10 8 5,3 5 3,8

2 1,5

9727-C31 N7.5 11 9,5 6,3 5,9 4,5

2,4 1,7

9727-C32 N10 21 16 9,5 8,8 6,3

2,9 2

9727-C34 N14 24 20 12 11 8,2

3,8 2,6

9727-C35 S20 37 29 17 15 11

4,6 3

9727-C36 N26 47 37 22 20 14

6,2 4

9727-C37 N35 75 56 30 27 18

7,1 4,4

9727-C38 N44 92 71 39 36 24

9,5 5,9

9727-C40 S60 141 104 52 47 30

10 6,2

9727-C41 N75 160 125 68 61 41

16 9,2

9727-C42 N100 283 202 95 84 52

16 9,2

9727-C43 N140 340 250 130 120 74

25 14

9727-C45 S200 460 330 160 145 90

25 14

9727-C46 N250 650 480 230 210 130

41 23

9727-C47 N350 830 600 280 250 150

40 24

9727-C48 N415 1200 830 390 350 210

62 33

9727-C50 S600 1500 1100 490 440 260

75 40

9727-C51 N750 2200 1600 710 620 370

100 53

9727-C52 N1000 2900 2000

800 460 280 120 65

9727-C53 N1400 4300 3000

1200 680 420 180 92

9727-C55 S2000 7300 4700 1700 1400 700

140 59

9727-C56 N2500 7100 5100

2100 1200 780 350 180

9727-C57 N4000 17000 11000

2900 1400 730 250 100

9727-C58 N5100 25000 16000

4500 2100 1100 360 140

9727-C60 S8000 33000 20000 7000 5900 2800

450 200

9727-C61 N10200 52000 32000

9000 4200 2100 660 250

9727-C62 N15000 68000 41000

11000 5400 2600 840 320

9727-C63 N18000 92000 57000

16000 7500 3800 1140 420

9727-C65 S30000

71000 23000 20000 9300

1400 540

Ɨ Incurs additional shipping charges due to low flash point.



High Viscosity Standards

Dynamic Viscosity in mPa’s (cP) Kinematic Viscosity mm2/s (cSt) Catalog number

Viscosity standard 20°C 25°C 40°C 60°C 135°C 60°C 100°C 135°C

9727-E10 N600 1100 160 15 200 22

9727-C52 N1000 2900 2000 800 280 350 80

9727-E15 N2000 4900 380 21 440 26

9727-C57 N4000 17000 11000 2900 730 850 120

9727-E20 N8000 20000 1400 1600

9727-C62 N15000 68000 41000 11000 2600 3000 360

9727-E25 N30000 120000 80000 4700 5400

9727-E27 N62000 200000 13000 1600

9727-E29 N150000 420000 24000 3000

9727-E30 N190000 840000 520000 140000 33000 4000

9727-E35 N450000 1600000 100000

9727-E40 N2700000 5300000 340000

9727-E42 N2700000SP dynamic Shear Rheometer (DSR) standard at 52°,58°, 64°, 70° & 76°C.

Low Temperature Viscosity Standards For Low Gear Temperature Gear Oils (SAE 70W, 75W, 80W & 85W) Also ATF fluid ASTM D2983

Catalog number

Viscosity standard

Approximate Viscosity in mm2/s (cSt) /mPa·s (cP) except where noted

-55°C -40°C -34°C -29°C -26°C -25°C -23°C -20°C -18°C -12°C -10°C -7°C 0°C

9727-G10 N27B 24000 12000 6100 4500 3500 2000

9727-G12 N27C 45000 22000 12000 8000 6100 3500

9727-G15 N115B 160000 120000 75000 37000 20000 12000

9727-G25 N60B 150000

9727-G30 N120B 150000

9727-G35 N480B 150000

9727-G40 N1400B 150000

9727-G45 N2B* 8mm2/s

9727-G50 N74B 3400

9727-G55 N38B 4200

9727-G60 N25B 8000

9727-G65 N14B 17000

* Incurs additional shipping charges due to low flashpoint



For Cannon Mini Rotary Viscometer (CMRV) ASTM D3829 and ASTM D4684

Catalog number

Viscosity standard

Approximate Viscosity

9727-T10

N105B

30.000mPa.s (cP) at -20°C; CMRV Viscosity standard 56.200mPa.s (cP) at -25°C, CMRV Viscosity standard

9727-T20

YS-30 Exhibits yield stress of 70 Pa ±35 Pa at -30°C

9727-T25

YS-35 Exhibits yield stress of 70 Pa ±35 Pa at -35°C

For High Temperature High Shear Viscometer (HTHS) measurement at 150°C and 10⁶s shear rate ASTM D 5481

Dynamic Viscosity in mPa’s (cP)

Catalog number Viscosity standard

100°C 150°C

9727-U45 HT22 3.5 1.5

9727-U50 HT39 4.7 2.0

9727-U55 HT75 7.0 2.7

9727-U60 HT150 10.5 3.7

9727-U65 HT240 15.4 5.0

9727-U70 HT390 23.5 7.0

9727-U92 HTNN-1 3.6*

9727-U94 HTNN-2 3.1*

* Non- Newton standard Data at 10-6s-1



Cannon CCS Viscosity standards

Cannon CL Standards provide certified dynamic viscosity data (in cP or mPa.s) at temperatures from -

5°C to -35°C. these standards are used to calibrate the CANNON Cold Cranking Simulator (CCS) oil

testing. ASTM D5293 and SAE Specification J300.

Viscosity standard range from CL80 till CL740, totally a range of 27 values. Optional or as set of

8/18pcs.

Catalog number

Viscosity Standard

-5°C -10°C -15°C -18°C -20°C -25°C -30°C -35°C -40°C

9727-N02 CL080 850 1430

9727-N04 CL090 1150 1930

9727-N06 CL100 875 1450 2450

9727-N07 CL110 1030 1680 2880

9727-N08 CL120 775 1230 2050 3580

9727-N09 CL130 975 1550 2600 4580

9727-N10 CL140 675 775 1300 2080 3550 6380

9727-N11 CL150 950 1530 2500 4310 7830

9727-N12 CL160 1000 1200 1900 3200 5580 10300

9727-N13 CL170 850 1330 2180 3650 6430 12000

9727-N14 CL190 1080 1400 1680 2750 4680 8380 15900

9727-N16 CL200 875 1330 2130 3500 6030 10900 21100

9727-N18 CL220 1030 1600 2050 2550 4230 7380 13600

9727-N20 CL240 1230 1900 3050 5180 9100 16900

9727-N22 CL250 1380 2180 2880 3500 6000 10700 20000

9727-N24 CL260 1680 2650 4300 7300 13100

9727-N26 CL280 2030 3200 4330 5280 9080 16500

9727-N28 CL300 2430 3880 6480 11300 20700

9727-N30 CL320 3000 4850 6600 8150 14300

9727-N31 CL340 3480 5650 9580 17000

9727-N32 CL380 2650 4180 6800 9300 11600 20800

9727-N33 CL420 4930 8180 14000

9727-N34 CL480 3780 6000 10100 13700 17400

9727-N35 CL530 7500 12500 2200

9727-N36 CL600 5700 9300 15700 20300

9727-N37 CL680 11300 19400

9727-N38 CL740 7650 12600

9727-N42 Set of 8 Set of CCS Low Temp Standards includes CL140, CL 190, CL220, CL250, CL280, CL320, CL480 & CL740

9727-N43 Set of 18 Set of CCS 2050/2100/2100LT Low Temp Standards includes CL080, CL090, CL100, CL110, CL120, CL130, CL140, CL150, CL160, CL190, CL220, CL250 (2x), CL280, CL320, CL380, CL480 & CL600.



Certified Colour Reference Standards

Oils, Fuels and Chemicals

Lovibond Reference Liquids

AOCS-Tintometer - ASTM Color Gardner - Lovibond® RYBN- PT-Co/Hazen/APHA - Saybolt • Ideal for routine calibration of colour measuring instruments & verification of test data • Ensure good inter-laboratory and inter-instrument correlation • Applications in statistical quality control (SQC) and statistical process control (SPC) • High stability standards with a guaranteed 12-month shelf-life • Full traceability to internationally recognised standards - ASTM, Gardner & Saybolt Colour standards certified to ISO 17025 - AOCS-Tintometer, Lovibond® RYBN & Pt-Co Colour certified under ISO 9001 quality system • All classified as non-hazardous according to EU directives • Each bottle supplied with full certification including MSDS

Colour Scale Nominal Certified Value

Order Code

Accreditation Standard

AOCS- Tintometer Colour (AOCS Cc 13j-97, Cc 13b-45)

0.3R 2.0 Y (5¼”) 134240 ISO 9001

1.0R 9.0 Y (5¼”) 134250 ISO 9001

1.2R 12.0 Y (5¼”) 134260 ISO 9001

2.2R 22.0 Y (5¼”) 134270 ISO 9001

3.6R 28.0 Y (5¼”) 134280 ISO 9001

ASTM Color (ASTM D6045, D1500)

0.4 (<0.5) 134290 ISO 17025

1 134000 ISO 17025

3 134010 ISO 17025

5 134020 ISO 17025

Gardner Colour (ASTM D1544, D6166)

2 134200 ISO 17025

5 134210 ISO 17025

8 134220 ISO 17025

Lovibond® RYBN Colour (AOCS Cc 13j-97)

0.8R 2.0Y 0.1N (5¼”) 134080 ISO 9001

1.4R 4.0Y 0.5N (5¼”) 134090 ISO 9001

2.0R 7.0Y 0.5N (5¼”) 134100 ISO 9001

2.1R 11.0Y 0.5N (5¼”) 134110 ISO 9001

2.5R 14.0Y 0.7N (5¼”) 134120 ISO 9001

3.1R 22.0Y 0.8N (5¼”) 134130 ISO 9001

3.3R 33.0Y 0.1N (5¼”) 134230 ISO 9001

Platinum-Cobalt Colour (ASTM D1209)

5 mg Pt/l 134140 ISO 9001

10 mg Pt/l 134150 ISO 9001

15 mg Pt/l 134160 ISO 9001

30 mg Pt/l 134170 ISO 9001

50 mg Pt/l 134180 ISO 9001

100 mg Pt/l 134190 ISO 9001

500 mg Pt/l 462803 ISO 17025

Saybolt Colour (ASTM D6045, D156)

-10 134040 ISO 17025

0 134050 ISO 17025

+12 134060 ISO 17025

+25 134070 ISO 17025



Conostan® Oil Analysis Standards

CONOSTAN products are used extensively in the calibration and operation of analytical instruments for the analysis of elements in oil and other organic fluids. CONOSTAN is the only source of multi-element metalorganic standards in the history of the National Institute of Standards & Technology (NIST). The variety of products afford convenience as reference and routine analytical materials for ICP, DCP, Rotating Disc Electrode (RDE), XRF, AA, and other analytical spectrometer techniques. CONOSTAN products are optimized for: Compatibility: 33 elements can be combined over an extensive concentration range

- Viscosity: Viscosity range at room temperature is ideal for instrumental applications. - Instrumental Response: Excellent analytical response over a wide range of analytical

applications. - Shelf life: All CONOSTANR element standards and spectroscopy products have a one year

minimum shelf life from the date of shipment. Single element standards in oil Single-element CONOSTANR standards are especially useful for atomic absorption and X-ray fluorescence determinations. The matrix oil for these standards is high purity hydrocarbon oil with a 17 cSt viscosity at 40°C and flash point of 175°C (20 Blank Oil). They are available at the following metal concentrations. The 1000 and 5000 ppm standards can be used as a source of single-element calibration standard for your specific applications using all types of spectroscopic methods of analysis. Multi-element standards in oil Multi-element Conostan standards are especially useful for ICP, RDE, and DCP analysis of metals in oil. They are available in high purity hydrocarbon oil solutions and are blended to approximately 70 cSt viscosity at 40°C and flash point of 215°C (75 Blank Oil). They contain equal amounts of each element. Concentrations not listed are available as custom multi-element standards on request. You may create your own S-21 and S-12 standards by adding additional elements to the stocked product standards. CONOSTAN® Biodiesel standards A new line of CONOSTANR biodiesel standards for the analysis of metals and sulfur in biodiesel fuel. Manufactured in accordance to ASTM methods D7039, D6751, D5453 and EN14214 for ICP and XRF analysis. Complete with a certificate of analysis. Standards according ASTM Methods for petrochemical analysis by GC

Biodiesel fuel calibration standards (ASTM D6584, EN 14105:2003) Oil companies and vehicle manufacturers are actively working with biofuel extender producers to have agreed standards for esterified vegetable oils suitable for blending with conventional diesel to ensure that the product meets the technical requirements of modern diesel engines. The minimum test requirements for biodiesel blend extenders are specified in ASTM D6751 in USA and EN14214 within Europe. At present a limit of 5% FAME is allowed in diesel and this 5% must conform to the EN14214 standard. Both ASTM D-6751 and EN 14214 specify the use of ASTM Method D-6584 for glycerin determination.



ASTM D 6584 standard solutions This test method covers the quantitative determination of free and total glycerin in B-100 methyl esters by gas chromatography. The range of detection for free glycerin is 0.005 to 0.05 mass %, and total glycerin from 0.05 to 0.5 mass %. This procedure is not applicable to vegetable oil methyl esters obtained from lauric oils, such as coconut oil and palm kernel oil. U-RGO-310-1 ASTM D-6584 Standard Solution 1ml Solvent: Pyridine Diolein 50 μg/mL Monoolein 100 μg/mL Glycerol 5 μg/mL Triolein 50 μg/mL

EN 14105:2003 standard solutions Free and total glycerol and mono-, di-, tri-glyceride content Method EN 14105 is used to determine glycerin and total glycerine in fatty acid methyl esters (FAME) used in biodiesel products. Samples are derivatized, then analyze U-RGO-300-1 EN 14105:2003 Standard Solution 1ml Solvent: Pyridine Butanetriol 80 μg/mL Glycerol 5 μg/mL Tricaprin 800 μg/mL 1,3-Diolein 50 μg/mL Monoolein 250 μg/mL Tiolein 50 μg/mL

ASTM Method D2887 Boiling range distribution of petroleum fractions by GC Method D2887 covers the determination of the boiling range distribution of petroleum products. The test method is applicable to petroleum products and fractions having a final boiling point of 538°C (1000°F) or lower at atmospheric pressure as measured by this test method. The test method is limited to samples having a boiling range greater than 55°C (100°F), and having a vapor pressure sufficiently low to permit sampling at ambient temperature. U-ASTM-110-1 ASTM Method D2887 Column Test Mixture 1ml n-Hexane 6 % (w/w) n-Dodecane 12 % (w/w) n-Octacosane 1 % (w/w) n-Heptane 6 % (w/w) n-Tetradecane 12 % (w/w) n-Dotriacontane 1 % (w/w) n-Octane 8 % (w/w) n-Hexadecane 10 % (w/w) n-Hexatriacontane 1 % (w/w) n-Nonane 8 % (w/w) n-Octadecane 5 % (w/w) n-Tetracontane 1 % (w/w) n-Decane 12 % (w/w) n-Eicosane 2 % (w/w) n-Tetratetracontane 1 % (w/w) n-Undecane 12 % (w/w) n-Tetracosane 2 % (w/w)

ASTM Method D3710 Boiling range distribution of gasoline and gasoline fractions by GC Method D3710 covers the determination of the boiling range distribution of gasoline and gasoline components. The test method is applicable to petroleum products and fractions with a final boiling point of 500°F (260°C) or lower. U-ASTM-100-1 ASTM Method D3710 Calibration Mixture 1ml 2-Methylbutane 10 % (v/v) Toluene 12 % (v/v) n-Dodecane 4 % (v/v) n-Pentane 8 % (v/v) n-Octane 5 % (v/v) n-Tridecane 2 % (v/v) 2-methylpentane 6 % (v/v) p-Xylene 14 % (v/v) n-Tetradecane 2 % (v/v) n-Hexane 6 % (v/v) n-Propylbenzene 5 % (v/v) n-Pentadecane 2 % (v/v) 2,4-Dimethylpentane 6 % (v/v) n-Decane 4 % (v/v)



ASTM Method D4815

MTBE, ETBE, TAME, DIPE, tertiary-Amyl alcohol and C1 to C4 alcohols in gasoline Method D4815 covers the determination of ethers and alcohols in gasolines by gas chromatography. U-RGO-422-1 ASTM D4815 Quantitative Peak ID Mixture 1ml Methanol 7.30 % (w/w) n-Butyl alcohol 7.30 % (w/w) Ethyl alcohol (Ethanol) 7.30 % (w/w) tert-Amyl methyl ether (TAME) 7.30 % (w/w) Isopropyl alcohol (Isopropanol) 7.30 % (w/w) 1,2-Dimethoxyethane (DME) 6.00 % (w/w) tert-Butanol 7.30 % (w/w) Benzene 5.00 % (w/w) 1-Propanol 7.30 % (w/w) Methylcyclopentane 4.00 % (w/w) sec-Butanol (2-Butanol) 7.30 % (w/w) tert-Dutylmethyl ether (MTBE) 4.00 % (w/w) Isobutyl alcohol 7.30 % (w/w) Isopropyl ether 4.00 % (w/w) tert-Pentanol (tert-Amyl alcohol) 7.30 % (w/w) tert-Butyl ethyl ether (ETBE) 4.00 % (w/w)

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