sika gcc product guide · epoxy floor coatings ... sikacrete®-113 pp sikacrete®-113 pp sa...

SIKA GCC PRODUCT GUIDE CONSTRUCTION SOLUTIONS

WATERPROOFING

ROOFING

SEALING & BONDING

FLOORING

REFURBISHMENT

Building watertight structure on Sikas 100 years of waterproofing experience

Renowned fordurability and premium qualifications

Best-in-class products and wide portfolio offering tailor-made solutions

Worldwide technology leader in seamless flooring, supplying proven flooring solutions for almost all requirements, with face-to-face support

Pioneering products and systems for permanent repair and protection

SIKA AT A GLANCE

Sika Zurich

The success story of Sika began more than 100 years ago, when the visionary thinker Kaspar Winkler invented Sika-1, a quick setting waterproofing admixture for mortar, used to waterproof the Gotthard Tunnel. His invention enabled the Swiss railway company to electrify this important link between Northern and Southern Europe, laying the cornerstone to the firm.Since then Sika has developed into a successful specialty chemicals company with a leading position in the development and production of innovative solutions for bonding, sealing, damping, reinforcing and protecting for the construction sector and the manufacturing industries (automotive, bus, truck, rail, solar and wind power plants, facades).

Sika product line has been designed to tackle variety of projects where high-quality roofing membranes, concrete admixtures, specialty mortars, sealants and adhesives, repair and strengthening materials, protective coatings, flo ring and waterproofing systems are needed. Successfully applied on numerous and often challenging jobsites, our products have earned the confidence of professionals across the world.Today, with the presence in more than 90 countries, Sika continues to support engineers, architects, specifiers, contractors, manufacturers and other industry professionals, sustaining its well-earned reputation as a trustworthy and solid partner.

OVER

100 YEARSOF PROVEN EXPERTISETo give our customers a completepeace of mind

MORE THAN

170 FACTORIESWORLDWIDETo better meet local requirements and deliver high quality products

A NETWORK OF

20 GLOBALTECHNOLOGY CENTERSTo provide intelligent solutions using themost advanced technologies

GLOBAL PRESENCE IN

90+ COUNTRIESON ALL CONTINENTSTo share global expertise and respond locally to the business needs

ABOUT

> 17 000 COMMITTEDEMPLOYEESTo support our customers everytime and everywhere

I. WATERPROOFING 1 - 177

II. ROOFING 178 - 406

III. SEALING & BONDING 407 - 498

IV. FLOORING 499 - 668

V. REFURBISHMENT 669 - 959

SIKA PRODUCT GROUPS

I. Sika Waterproofing Product Range

Product Data Sheet

Injection Resins

Re-injectable Hoses, Swelling Profile

Waterbars & Joint Sealing Tapes

SINGLE PLY MEMBRANE

PVC Membranes

FPO Membranes

Sika Injection-101 RCSika Injection-201 CESika Injection-306Sika Injection-107Sikadur-52 LPSikaFix-210

SikaSwell A ProfilesSikaSwell S-2

Sika WaterbarsSika Waterstop GSikadur Combiflex SG SystemSikadur-31 DWSika Dilatec TapesSikaplan WP Tape SystemSikaFuko Eco-1SikaFuko VT-1SikaFuko VT-2

Sikaplan WP 1100-15 HLSikaplan WP 1100-20 HLSikaplan WP 1100-22 HLSikaplan WP 1100-30 HL

SikaProof A-12 HCSikaProof P-1201 System Sikaplan WT 4220-15 CSikaplan WT 4220-18 H

1 3591115

1720

232730384246495460

65687276

80848790

LIQUID APPLIED MEMBRANES

Bituminous Liquid Membranes

Cementitious Liquid Membranes

Liquid AppliedMembranes

Auxillary Products

Sika Bitumen AEIgasol Emulsion BAIgasol Emulsion BA-10Igasol Emulsion BA-6510Sika FlexoplastSika Igolflex AE

Sika Seal-105SikaTop Seal-107Sikalastic- 1KSikalastic-152 AESikalastic-152 SASikaSeal-250 Migrating

Sikalastic-851Sikalastic-8800Sikalastic-841 STSikalastic-844 XTSikalastic-822Sikalastic WR

Sikaplan WP Control Injection SystemSikaProof Tape-150 ASikaProof Ex Tape-150 HCSikaPlug Sika-1 WT

949698100102104108110112

114116118120122124

126129133136139142

144147150153156159

164168170173175

SikaBit P-11 SASikaBit P-12 AESikaBit T-5180 PG SASikaBit T-5200 PG SASikaBit T-5270 PG SASikaBit S-515SikaBit Protection Sheet-3 SASikaBit Protection Sheet-4 SASikaBit Protection Sheet-6 SA

Bituminous Single Ply Membranes

II. Sika Roofing Product Range

Product Data Sheet

PVC Membranes

FPO Membranes

Bituminous Membranes

Sarnafil G 476 Sarnafil G 410 L FeltSarnafil G 410 -15 L Sarnafil G 410 -18 LSarnafil G 410 -20 LSarnafil S 327-12 L Sarnafil S 327-15 L Sarnafil S 327-18 L Sarnafil S 327-20 LSikaplan G-15

Sarnafil TG 66-12Sarnafil TG 66-15Sarnafil TG 66-18Sarnafil TG 66-20Sarnafil T 66-15 DSarnafil TG 76-12 FeltSarnafil TG 76-15 FeltSarnafil TG 76-18 FeltSarnafil TG 76-20 Felt PSSarnafil TS 77-12Sarnafil TS 77-15Sarnafil TS 77-18Sarnafil TS 77-20Sikaplan TB-12Sikaplan TB-15Sikaplan TB-18Sikaplan TM-12Sikaplan TM-15Sikaplan TM-18

SikaBit T-1200 PG SASikaBit T-1200 MG SASikaBit T-1180 PG SASikaBit T-1150 PG SA

178182186190194198202206210214

218222226230234237241245250254259264269274278282286290294

298300302304

Single Ply Membrane Auxiliary Product

Liquid Applied Membranes

Liquid Applied Membranes Auxillary Products

S-U Bar 2000 mmSarnacol-2170Sarnacol-2142 SSikatherm PIR GTSikatherm PIR ALSarnacol T-660 Sarnafil T Prep Sarnafil T Corner 90 IA Sarnafil T Metal Sheet Sarnafil G/S Metal Sheet Sarnafil T Welding Cord Sarnafast SBF-6.0 x L SarnabarSikaBit P-12 AESikaBit P-11 SA

Sikalastic-560 GCCSikalastic-614SikaRoof MTC-12SikaRoof MTC -15SikaRoof MTC-18SikaRoof MTC-22Sikalastic-601 BCSikalastic-621 TCSikalastic-851 RSikalastic-822Sikalastic-612

Sika Reemat PremiumSika Concrete PrimerSikalastic Metal PrimerSika FlexistripSika Flexitape HeavySika Reactivation Primer

306307310313316319321323326329332335339342344

346351356360364368372375378383386

395397 399401403405

III. Sika Sealing & Bonding ProductRange

Product Data Sheet

407 409411

413417421425429433 437440

443

447450

454

458 464469

475479483487491495

Primers & Auxillary Products

Joint Sealants

Chemical Resistant Sealants

Fire Resistant Sealants

Multi-purpose Flexible Adhesive Sealants

Floor Covering Systems

Silicone Sealant

Sika Primer-3 NSika Colma CleanerSika Primer PS

Sikaflex Construction+Sikaflex PRO-3Sikaflex PRO -3 SLSikaflex-2c SLSikaflex-2c NS EZ MixSikaflex PrecastSika Polysulphide GGSika Polysulphide PG

Sikaflex Tank N

Sikacryl-620 FireSikasil-670 Fire

Sikaflex-11 FC+

SikaBond-52 ParquetSikaBond-54 ParquetSika AcouBond-System

SikaHyflex-100SikaHyflex-105SikaHyflex-300 EUSikaHyflex-305 EUSikaHyflex-355SikaHyflex-728 SL

IV. Sikafloor Flooring Product Range

Product Data Sheet

INDUSTRIAL FLOORING

Epoxy Primers

Epoxy Screed &Patching

Epoxy Floor Coatings

Self Levelling Epoxy

Elastic Polyurethane

ESD & Anti Static Products

Rigid Polyurethane Hybrids

Epoxy Terrazzo

Comfortfloor System

Floor Hardeners &Dust Proofing

Cementitious Flooring

Sikafloor-161

Sikafloor PSSikafloor-190 Screed

Sikafloor-264Sikafloor-264 SGSikafloor-2540 WSikafloor-2430Sikafloor-169

Sikafloor-263 SLSikafloor-381

Sikafloor-325Sikafloor-3240Sikafloor-359 SG

Sikafloor-220 W ConductiveSikafloor-235 ESDSikafloor-381 ECFSikafloor-262 AS N

Sikafloor-20 PurCem (AE)Sikafloor-21 PurCem (AE)Sikafloor-29 N PurCemSikafloor-31 PurCem (AE)

Sikafloor Terrazzo SA

Sikafloor-304 WSikafloor-305 W

Sikafloor 3 QuartztopSikafloor Curehard-24

Sika AstarSikafloor-01 PrimerSikafloor Level-30 SASikafloor-100 Level AESikafloor-100 Level SA

499

504506

509513517521524

530534

538545549

553558566573

578582585592

595

601604

607612

618620622625628

Chemical and Mechanical Protection

Hygenic Coatings

Aggregates

Sikagard Putty Sikagard-62Sikagard-63 NSikagard-65 WNSikagard-PWSika Permacor-2305 RapidSika Permacor-2230 VHSSikaCor EG-5SikaCor EG PhosphatSikaCor Zinc R

Sikagard Wallcoat N

Sikadur Aggregates

631634637640643646649652655 658

661

667

V. Sika Refurbishment Product Range

Product Data Sheet

Bonding Agents & Adhesives

Tile Adhesives, Tile Grouts and Block Fixing

Structural Bonding

GROUTING & ANCHORING

Cementitious Grouts

Sika Bond DVSika Bond LASikaLatexSika MonoTop-610 SikaTop Armatec-110 EpoCemSikadur-32 LPSikadur-32 Hi-Mod

SikaCeram-102 SASikaCeram-116 StandardSikaCeram-117 SikaCeram-117 BHSikaCeram-117 QASikaCeram-118SikaCeram-118 QASikaCeram-200SikaCeram-202SikaCeram-216 PremiumSikaCeram-216SikaCeram-217SikaCeram-255 StarFlex LD AESikaCeram-500 TGSikaCeram-502 TG AESikaCeram-502 TG SASikaCeram RTGSikadur-43 TASikaMur-100 Blockfix BH

Sikadur-31 CF SlowSikadur-31 SBA (h) S-02

Sikacrete-113 PPSikacrete-113 PP SASikacrete-114 AESikacrete-114Sikacrete-114 SASikacrete-180 AESikacrete UW-10SikaGrout-105SikaGrout-114 AESikaGrout-114

669 671673676679682685

690694697699701703706708711715718721724728731735739742745

747750

753756759761763766768770773776

CONCRETE REPAIR &PROTECTION

Pore Sealer & Fairing Coats

Repair Mortars

SikaRep Fine NSikaRep Fine SASika MonoTop-620SikaRep-100SikaRep Fine PCSikadur PFSikaWall Level SGSikagard Putty

Sikacrete Gunit-103Sikacrete Gunit-105Sikacrete-105 Gunit HSSika MonoTop-612Sika MonoTop-412 HSSikaMonoTop HSFSikaRep NSikaRep NFSikaRep SA

779782784786789792794797800802

804808812818822

826829832

835839843

848851854857860863866868

870873875877880883886888890

Anchoring Grouts Sika Anchorfix-1Sika Anchorfix-2+ TropicalSika Anchorfix-3+

Sikadur-42 LESikadur-42 MP SlowSikadur-42 MP SGSikadur-42 PC PlusSikadur-42 PC

Intracrete EH-V AEIntraplast CFGIntraplast Z

Epoxy Grouts

Grouts Admixtures

SikaGrout-114 SASikaGrout UW-4SikaGrout-212 AESikaGrout-214SikaGrout-214 SASikaGrout-275SikaGrout-275 SASikaGrout-314 AESikaGrout Cable PTSikaGrout Cable PT SA

926929933936939942945948952955958

StructuralStrengthening

Sika CarboDur BC Sika CarboDur SSikaWrap-230 CSikaWrap-300 CSikaWrap-530 CSikaWrap-600 C WVSikaWrap FX-50 CSikadur-30 LPSikadur-300Sikadur-330Sikacrete-213 F

Protective Slurries & Adhesives Mortars

Protective Coatings

Sikagard-720 EpoCem

Sikagard-550 W Elastic (G)Sikagard-552 W Aquaprimer (G)Sikagard-680 SGSika Ferrogard-903Sika Ferrogard-903 Plus

900903906909911

893

Hydrophobic Impregnation

Epoxy Mortars

Sikagard-700 SSikagard-705 L

Sikagard-41 SGSikadur-41 CF Slow

915917

920923

Sikas solutions cover the full range of technologies used for below-ground waterproofing: flexible membrane systems, liquid applied membranes, waterproofing admixtures for mortars, joint sealants, waterproofing mortars, injection grouts and coatings.

Key market segments include basements, underground parking garages, tunnels and all types of water-retaining structures (for example reservoirs, storage basins, storage tanks). Watertight systems are faced with more stringent requirements regarding sustainability, easy application and total cost management. Therefore the selection of appropriate waterproofing systems according to the needs and requirements of the owner as well as the detailing of the solution are key for long-lasting and watertight structures.

WATERPROOFING

WHEN TUNNELS STAY WATERTIGHT FOR GOOD

TOP BRANDS IN WATERPROOFINGSikaplanSikaProofSikadur-CombiflexSika WaterbarSika InjectionSikaTopSika-1SikaFukoSikaSwell

Basements

Tunnels

Bridges

Water and wastewater tanks

Pits and ponds

Dams and hydraulic structures

MAIN APPLICATION AREAS

ss

Product Data Sheet Edition: 01/10/2012 Identification no: 02 07 07 02 000 0 000005 Version no: GCC Sika Injection-306

Con

stru

ctio

n Sika

Injection-306

Elastic Polyacrylic Injection Resin Used for Permanent Watertight Sealing

Product Description

Sika Injection-306 is a very low viscosity, elastic, polyacrylic injection resin with aversatile and adjustable reaction time. Suitable for use in hot and tropical climatic conditions.

Uses Sika Injection-306 is used for the injection of SikaFuko injection hoses to sealconstruction joints

Sika Injection-306 is used to seal water-bearing cracks and voids Sika Injection-306 is used for making new sealing walls (curtains) in damp or

water saturated ground conditions, situated in close proximity to the buildingcomponent or within the building structure

Sika Injection-306 is used as a post-construction, external injection sealingsystem for construction and limited movement expansion or drainage pipe joints,that are, or will be, covered with damp or water saturated soil

Sika Injection-306 can also be used for the repair by injection of damagedwaterproofing membranes (single and double layer system)

Characteristics / Advantages

Adjustable curing time between 8 and 50 minutes Permanently elastic, can absorb limited movements Capable of reversibly absorbing (swelling) about 75 % by weight and releasing

(shrinking) moisture Solvent free acrylic resin High pH-value of 9 to 10 Very low viscosity comparable to that of water Cured Sika Injection-306 is insoluble in water and hydrocarbons and resistant

to acids and alkalis Environmentally friendly, can be used in ground water protection zone

TestsStandards / Approvals Wissbau No. 2002-094-(1A) - Function test with SikaFuko VT 1

Wissbau No. 2002-094-(2A) - Function test with SikaFuko Eco 1 WRAS drinking water approval Ref. 1011516 dd. 22.02.2011 for use with cold and hot water (< 50C) when cured for 7 days at 30C

Product DataForm Component A (Resin): Liquid

Accelerator: Liquid Hardener: Powder

Appearance / Colours Component A (Resin): blue - transparent Accelerator: yellow - transparent Hardener: white

Packaging Component A (Resin): 2 x 8,0 kg Accelerator: 1 x 1,0 kg Hardener powder: 4 x 40 g Additional Accelerator 4 x 1 kg - used for faster reaction times

StorageStorage Conditions Store in dry and light-proof conditions in original sealed packaging at temperatures

between +10C and +30C. Protect from direct heat, sunlight and frost.

Shelf Life 12 months from date of production if stored in unopened, undamaged and original sealed packaging,

Technical DataChemical Base 3-part polyacrylic resin

Density (at 20C) Component A (Resin): ~ 1.10 kg/lt Accelerator: ~ 1.10 kg/lt Hardener powder: ~ 1.20 kg/lt (after dissolution in water)

Viscosity (at +20C) Of mixture: ~ 3-11 mPas

Application DetailsSubstrate Temperature +5C min. / +40C max

Ambient Temperature +5C min. / +40C max

Environmental Conditions

Cured Sika Injection-306 shall always be used in direct contact with damp orwater saturated conditions.

Reaction Time 8 to 50 minutes

Mixing Ratios A : Component A (Resin) : Accelerator / Water 4 : 1 B : Water : Hardener powder : 100 : 0,8 A : B 1 : 1

Application Methods / Tools

Sika Injection-306 can be used with normal one or two component pumps. Due tothe low content of hardener powder the use of a stainless steel injection pump is not necessarily essential

Mixing 1) The contents of 2 bags of the hardener powder are dissolved in 10 litres ofwater in a separate container. The hardener solution is stirred thoroughly untilthe hardener powder is completely dissolved.

2) The necessary quantity of accelerator is selected from the enclosed meteringchart, under consideration of the ambient processing temperature and therequired reaction time. The chosen quantity of accelerator (according to themetering chart) is diluted with water to a total quantity of 2 litres in a separatecontainer.

3) The 2 litres of accelerator solution are poured into one 8 kg canister ofComponent A and thoroughly shaken/mixed.

4) The injection resin is activated dependent on the injection pump used:-a) When using a one-component pump:

Partial amounts of the premixed components are filled in a ratio of 1: 1 intoa mixing container and mechanically mixed.

b) When using a two-component pump:Partial amounts of the premixed components are filled into the storagecontainer of the pump. The pump is set to work at a ratio of 1: 1 by volume.

Note for processing in one component pumps: Workability time (pot life) = Reaction time (see metering chart) minus 10 minutes

Example:

Ambient temperature: 30C Required reaction time: 25 min

Accelerator in ml = 80ml Water in ml = 1920ml Tptal volume = 2000ml

Note: The given data are laboratory parameters and may deviate depending on the object and conditions on site

Cleaning Clean all tools and application equipment with water immediately after use. Hardened/cured material can only be removed mechanically.

Application Notes/ Limitations

The conditions and location of the site application must be inspected and surveyed, including any foundations and ground conditions, before making any new watertight sealing surfaces (curtain injection) in close proximity to buildings or within existing structures. It must also be ensured that there are no drainage systems or open pipes close to the injection areas. This survey provides the information to assess the feasibility of injection proposal and likely material consumption. This also determines the positioning of the injection drill holes.

Accelerator Metering Chart / Pump Mixing

* Fast reaction - additional accelerator necessary.

Mixing instructions for processing in one-component pumps:

Mixing instructions for processing in two-component pumps:

Metering Chart:

Accelerator in ml

Ambient Temperature

5C

(41F)

10C

(50F)

20C

(68F)

30C

(86F)

40C

(104F)

Qu

anti

ty o

f A

ccel

erat

or

per

8 k

g C

om

po

nen

t A

R

equ

ire

for

a yi

eld

of

20 li

tres

of

mix

ed r

esin

. T

he

To

tal A

ccel

erat

or

solu

tio

n m

ust

be

2000

ml

(See

exa

mp

le b

elo

w)

Rea

ctio

n t

ime

in m

inu

tes

8 2000* 980* 380

10 1150* 480 240

12 1880* 820* 320 180

15 1800* 1240* 480 220 100

20 1060* 900* 280 140 60

25 820 * 480 200 80

30 620 * 350 160

35 440 280 120

40 360 250 80

45 320 220 78

50 250 200 74

Injection Resin

Mixing Ratio 1:1

by volume

Accelerator + Water

(see metering chart)

Component A

Hardener Solution Water 10 lt. +

Hardener Powder 2 bags

Injection Resin Mixing Ratio

1:1 by volume

Accelerator + Water

(see metering chart)

Component A

Hardener Solution Water 10 lt + Hardener Powder 2 bags

Value Base All technical data stated in this Product Data Sheet are based on laboratory tests. Actual measured data may vary due to circumstances beyond our control

TECHNICAL INFORMATION

Product Data Sheet Edition: 25/02/2013 Identification no: 02 03 02 06 002 0 000001 Version: GCC Sikadur-52 Injection Type N and LP

Con

stru

ctio

n Sikadur

-52 Injection Type N and LP

Low viscosity injection resins

Product Description

Sikadur-52 Injection Type N and Type LP are two part, solvent-free, lowviscosity injection-liquids, based on high strength epoxy resins.

Type N (= Normal Potlife) is used for substrate temperatures between +5C and +30C.

Type LP (= Long Potlife) is used for substrate temperatures between +25C and +40C.

Uses As an injection resin with good adhesion to concrete, mortar, stone, steel and wood. Sikadur-52 Injection Type N and Type LP are used to fill and seal voids andcracks in structures such as bridges and other civil engineering buildings, industrial and residential buildings, e.g. columns, beams, foundations, walls, floors and water retaining structures. It not only forms an effective barrier against water infiltration and corrosion promoting media, but it also structurally bonds the concrete sections together.


Solvent-free Suitable for both, dry and damp conditions Usable at low temperatures Two grades for different climatic conditions (Normal and Long Potlife) Shrinkage free hardening High mechanical and adhesive strengths Hard but not brittle Low viscosity Injectable with single component pumps

Product Data Form Liquid

Colours Part A: Transparent Part B: Brownish Part A+B mixed: Yellowish-brownish

Packaging Pre batched: Part A+B: 10 x 1 kg units

Bulk packaging: On request

Storage Storage Conditions Store in dry conditions in original sealed packaging and at temperatures between

+5C and +30C. Protect from direct sunlight and heat.

Shelf Life 24 months minimum from date of production if stored properly in unopened, undamaged and sealed original packaging

Technical Data Chemical Base Modified solvent-free two-part epoxy resin.

Density (at +20C) Part A+B mixed (2 : 1): 1.1 kg/lt

Viscosity Temperature Type Normal

part A+B mixed (2 : 1) Type Long Potlife

part A+B mixed (2 : 1)

+10C ~ 1200 mPa s -

+20C ~ 430 mPa s ~ 330 mPa s

+30C ~ 220 mPa s ~ 150 mPa s

+40C - ~ 95 mPa s

Thermal Expansion Coefficient

Type Normal: 8.9 x 10-5 per C (from -20C to +40C) (According to EN ISO 1770)

Type Long Potlife: 9.4 x 10-5 per C (from -20C to +40C) (According to EN ISO 1770)

Mechanical / Physical Properties

Compressive Strength Type Normal: 52 N/mm2 (after 7 days at +23C) (According to ASTM D695-96)

Type Long Potlife: 34 N/mm2 (after 7 days at +30C) (According to ASTM D695-96)

Flexural Strength Type Normal: 61 N/mm2 (after 7 days at +23C) (According to DIN 53452)

Type Long Potlife: 41 N/mm2 (after 7 days at +30C) (According to DIN 53452)

Tensile Strength Type Normal: 37 N/mm2 (after 7 days at +23C) (According to ISO 527)

Type Long Potlife: 24 N/mm2 (after 7 days at +30C) (According to ISO 527)

Bond Strength To concrete: (According to DafStb-Richtlinie, part 3)

> 4 N/mm2 (failure in concrete) (after 7 days at +23C)

E-Modulus Flexural Strength:

Type Normal: 1800 N/mm2 (after 7 days at +23C) (According to DIN 53 452)

Type Long Potlife: 1100 N/mm2 (after 7 days at +30C) (According to DIN 53 452)

System Information

Application Details

Consumption / Yield 1 kg of Sikadur-52 Injection Type N and Type LP is ~ equal to 1 lt injection resin.

Substrate Preparation Requirements: Substrates must be sound, clean, free from oil and grease, old coatings and surface treatments etc.

Pre-treatment for good bond: Concrete, mortar, stone should be thoroughly prepared by high pressure water jetting or mechanical means such as grinding, chiselling etc. Cracks must be cleaned to remove dust by using compressed air.

Application Conditions / Limitations

Substrate Temperature Type Normal: +5C min. / +30C max.

Type Long Potlife: +25C min. / +40C max.

Substrate Moisture Content

Dry or damp (SSD - Saturated Surface Dry: no standing water)

Application Instructions

Mixing Type Normal and Long Potlife:

Mixing ratio A : B = 2 : 1 parts by weight and by volume

Mixing Time Pre-batched packaging: Add all of part B to part A. Mix with an electric mixer at slow speed (max. 250 rpm) for at least 3 minutes. Avoid entraining air.

Bulk packaging: Add both parts in the correct proportion into a suitable clean, dry container and mix in the same way as for the pre-batched units.

Application Method / Tools

Cracks in horizontal slabs: Saturate a few times using a brush or gravity fill them by pouring mixed Sikadur-52 Injection Type N and Type LP between two dams e.g. made fromSikaflex sealant. Cracks penetrating slabs to their soffit should first be sealed onthe underside, e.g. with Sikadur-31 CF Slow epoxy mortar or a suitablecementitious Sika mortar.

Cracks in vertical structures: Mixed Sikadur-52 Injection Type N and Type LP can be injected under pressureinto the cracks using a single component injection pump, such as the Aliva AL-1200, AL-1250 or the Sika Hand Pump. Injection ports (packers) are set atapprox. 25 cm intervals beside the crack and the crack between the injection ports (packers) sealed e.g. with Sikadur-31 CF Slow to prevent injection resin to escapeduring the injection process. Vertical cracks should always be injected from the bottom upwards. As soon as injection resin oozes out of the next packer / injection port, the first one is sealed and the injection process continued from the next one. After completion of the injection process, the injection ports (packers) as well as the sealing material between the ports are removed.

Cleaning of Tools Clean all tools and application equipment with Sika Colma-Cleaner immediatelyafter use. Hardened / cured material can only be mechanically removed.

Potlife

Temperature Normal Type (1 kg mixture) Long Potlife Type (1 kg mixture)

+5C ~ 120 minutes -

+10C ~ 80 minutes -

+23C ~ 25 minutes ~ 70 minutes

+30C ~ 10 minutes ~ 30 minutes

+40C - ~ 10 minutes

Notes on Application / Limitations

Maximum width of cracks to be injected: 5 mm.

Sikadur-52 Injection Type N and Type LP are suitable for dry and damp, but notfor wet injection conditions.

Value Base All technical data stated in this Product Data Sheet are based on laboratory tests. Actual measured data may vary due to circumstances beyond our control.

Local Restrictions Please note that as a result of specific local regulations the performance of thisproduct may vary from country to country. Please consult the local Product Data Sheet for the exact description of the application fields.

Health and Safety Information

For information and advice on the safe handling, storage and disposal of chemical products, users shall refer to the most recent Material Safety Data Sheet containing physical, ecological, toxicological and other safety-related data.

Legal Notes The information, and, in particular, the recommendations relating to the application and end-use of Sika products, are given in good faith based on Sika's current knowledge and experience of the products when properly stored, handled and applied under normal conditions in accordance with Sikas recommendations. In practice, the differences in materials, substrates and actual site conditions are such that no warranty in respect of merchantability or of fitness for a particular purpose, nor any liability arising out of any legal relationship whatsoever, can be inferred either from this information, or from any written recommendations, or from any other advice offered. The user of the product must test the products suitability for the intended application and purpose. Sika reserves the right to change the properties of its products. The proprietary rights of third parties must be observed. All orders are accepted subject to our current terms of sale and delivery. Users must always refer to the most recent issue of the local Product Data Sheet for the product concerned, copies of which will be supplied on request.

s

Product Data Sheet Edition: 01/10/2012 Identification no: 02 07 03 07 001 0 Version no: GCC SikaSwell-A Profiles

Con

stru

ctio

n SikaSwell

-A Profiles

Swellable Joint Sealing Profiles

Product Description

SikaSwell-A Profiles are acrylic sealing profiles which swell in contact with water.Suitable for use in hot and tropical climatic conditions.

Uses SikaSwell-A Profiles are used to seal: Construction joints Pipe and steel work penetrations through walls and floor slabs Construction joints in precast concrete elements Construction joints in cable ducts, etc. Around all types of penetrations through concrete


Easy to apply Can be applied on different substrates Highly economical Swells in contact with water Can swell into cracks and gaps Long-term reliability tested Resistant against water and various chemical substances No hardening time required No welding required Adaptable to fit many different detailing tasks Different types and dimensions available

Tests Standards / Approvals MPA NRW: P-22-MPANRW-3918 - German approval for construction joints

(18.11.04) WISSBAU: 2002-094 Function test for the application in construction joints (20.06.04) MPA NRW: Testing of material and swelling properties (31.07.03) FH Aachen: Mechanical long time stability (11.09.93)

Product DataForm Water swellable sealing profile

Appearance / Colour Red flexible strip profile

Packaging Rolls packed in cardboard boxes, quantity depending on type of profile, consult the following table.

Types Type Width

(mm) Thickness

(mm) Cross section (schematically

view)

Description m / box

2005 20 5

Water swellable

profile

6x20 =120 m 1x20 = 20 m

2010 20 10 6x10 = 60 m 1x10 = 10 m

2015 20 15 6x7 = 42 m 1x7 = 7 m

2025 20 25 6x5 = 30 m

StorageStorage Conditions Store in unopened, undamaged and sealed original packaging in dry conditions at

temperatures between +5C and +35C. Protect from UV light.

Shelf Life Minimum 12 months from date of production if stored in unopened, undamaged and sealed original packaging.

Technical DataChemical Base Acrylic polymer

Change of Volume

Swelling Pressure 16 bar after 3 days stored in tap water

Application Details Substrate Quality The substrate must be sound, clean, dry / mat damp and free from all surface

contaminants.

Substrate Preparation All loose particles, release agents, cement laitance, paint, rust and any other poorly adhering materials must be removed by suitable hand or mechanical means. Surfaces that are excessively rough can tend to leak later on. We recommend smoothing the freshly placed concrete surface with a timber batten where the SikaSwell-A Profiles sealing profile is to be placed.

Application Method / Tools Clean the surface thoroughly as any loose or friable particles

negatively affects the bond to the surface.

Cut the SikaSwell- A Profiles sealing profile to the requiredlength.

Apply the SikaSwell Adhesive MS or SikaSwell-S2 to theclean concrete surface.

Press the SikaSwell- A Profiles sealing profile into thefreshly applied SikaSwell Adhesive MS / SikaSwell-S2It is important to ensure full bond to the surface.

The SikaSwell- A Profiles sealing profile must haveconcrete cover of at least 10 cm.

Protect the SikaSwell- A Profiles sealing profile againstexposure to water (e.g. rain) until the next concrete layer is placed.

General: Full and continuous contact between SikaSwell- A Profilessealing profile and the substrate shall be obtained. During the concrete placement ensure that there is full compaction around the SikaSwell- A Profiles sealingprofile to produce dense concrete without honeycombing or voids.

Fixing details:

Cleaning of Tools Clean all tools and application equipment with Sika Colma Cleaner immediatelyafter use. Hardened / cured material (adhesive) can only be removed mechanically.


SikaSwell-A Profiles expand in contact with water. This does not happenimmediately, but slowly after several hours. Nevertheless it is advisable not to leave SikaSwell-A Profiles for any length of time in the open air or exposed to rainwater (max. 24 hours as long as water can drain away). Do not use SikaSwell-A Profiles for movement joints!If the water level suddenly increases the watertightness of joints will only be achieved when SikaSwell-A Profiles have swollen.In a totally dry state SikaSwell-A Profiles shrink to their original dimensions, butexpand again in contact with water. Do not use SikaSwell-A Profiles for sealing against water pressures higher than2 bar because of the limited sealing distance. If SikaSwell-A Profiles are to be fixed around small diameter pipes use additionalmechanical fixing with tie wire or a sleeve.


Product Data Sheet Edition: 01/10/2012 Identification no: 02 07 03 06 001 0 000002 Version no: GCC SikaSwell S-2

Con

stru

ctio

n SikaSwell

S-2

Swellable Sealant

Product Description

SikaSwell S-2 is a one-component polyurethane sealant which swells in contactwith water. It is suitable for use in hot and tropical climatic conditions.

Uses SikaSwell S-2 is used to seal waterproof-structures and as a swellable adhesivefor; Sealing of: Construction joints Pipe penetrations through walls and floor slabs Around all types of penetrations and construction joints Construction joints in cable ducts etc.Bonding adhesive for: SikaFuko Injectable hoses SikaSwell Profiles


Easy, simple application Good adhesion to various substrates Optimized expansion rate, therefore no damage to fresh concrete during curing Highly economical Swells in contact with water Permanently water resistant Adaptable to fit many different detail tasks

Product DataForm Paste

Appearance / Colour Oxide red

Packaging 600 ml unipacs (20 unipacs / box, 48 boxes / pallet) 300 ml cartridges (12 cartridges / box, 112 boxes / pallet)

StorageStorage Conditions Store in unopened, undamaged and sealed original packaging in cool and dry

conditions at temperatures between +5C and +35C.

Shelf Life Minimum 9 months from production date if stored in unopened, undamaged original packaging.

Technical DataChemical Base 1-Part polyurethane moisture curing

Density (at +23C) ~ 1.33 kg/lt

Curing rate (at +23C, 50% r.h.)

Tack free: after 2 - 3 hrs. Curing time: after 1 day approximately 2 mm

after 10 days approximately 10 mm

Sag - Flow < 2 mm

Shore A Hardness Swollen (7 days in tap water): > 10 Non swollen: 40 60 (DIN 53505)

Change of Volume 1 day in water: < 25 % 7 days in water: > 100 % Reduced and delayed swelling properties in salty water.

Application Details Substrate Quality The substrate should be sound, clean, dry (maximum matt moist), free from dust,

soil and other loose particles, release agents and rust.

Substrate Preparation All loose particles, release agents, cement laitance, paint, rust and any other poorly adhering materials must be removed by suitable hand or mechanical preparation techniques.

Substrate Temperature + 5C min. / to + 35C max.

Ambient Temperature + 5C min. / to + 35C max.

Substrate Humidity The substrate must be dry, maximum matt moist.


For the fixation of SikaSwell Profiles and SikaFuko Hoses:

Apply SikaSwell S-2 (through triangular nozzle of approximately 5 mm sections)to prepared substrates. In case of uneven substrates the extruded triangular section of SikaSwell S-2must be adjusted accordingly. SikaSwell Profiles or SikaFuko Hoses must bepressed well into the fresh SikaSwell S-2.Allow SikaSwell S-2 to harden for 2-3 hours before placing concrete. Pleaseconsult the product data sheet of the mentioned products. As a buried sealant for construction joints:

Cut the nozzle to obtain a regular triangular extrusion section and apply the SikaSwell S-2 according to the following table.

Structure thickness Size of triangular section

Theoretical yield of 600 ml unipacs

< 30 cm 15 mm 6.2 m

30 50 cm 20 mm 3.6 m

Note: The actual yield can be lower than the theoretical yield depending on job-site conditions (substrate roughness, size of aggregates etc.)

SikaSwell S-2 should be placed in the centre of the concrete section.For pouring heights up to 50 cm, concreting should take place 3 4 hours after application of the SikaSwell S-2.If the pouring height is > 50cm the curing time of SikaSwell S-2 should be at least2 days. During concreting care must be taken that SikaSwell S-2 is completely coveredwith a dense concrete which is compacted properly so as not to leave any honeycombs or voids.

Cleaning of Tools Clean all tools and application equipment with Sika Colma Cleaner immediatelyafter use. Hardened / cured material (adhesive) can only be removed mechanically.


SikaSwell S-2 expands in contact with water. This does not happen immediately,but slowly after a few hours. It is advisable not to leave SikaSwell S-2 for any length of time in standing water(maximum 24 hours as long as the water can drain away). Do not use for movement joints! If water level suddenly increases, the water-tightness of joints cannot be immediately assured since SikaSwell S-2 needs time to expand.In a totally dry state SikaSwell S-2 shrinks to its original dimensions but expandsagain in contact with water. Although SikaSwell S-2 has been tested to water pressures of up to 5 bar it is notrecommended for water pressures higher than 2 bar because of the limited sealing distance. For pressures > 2 bar it can be used as a fixation material for Sika Injection Hosesor as a supplementary sealing measure for Sika Waterbars.SikaSwell S-2 should be placed in the centre of the concrete section.Minimum cover on both sides of the SikaSwell S-2 must be 10 cm (in reinforcedconcrete), or 15 cm (in non-reinforced concrete).


Product Data Sheet Edition: 01/10/2012 Identification no: 02 07 03 01 Version no: GCC Sika-Waterbars

Con

stru

ctio

n Sika

-Waterbars

PVC Profile Waterstops for Joint Sealing

Product Description

Sika-Waterbars are flexible waterstops based on plasticized PVC, produced inspecific profiles to seal construction and expansion joints when cast in concrete. They are available in different sizes and types, depending on their use. Suitable for use in hot and tropical climates.

Uses Sika-Waterbars are used to waterproof construction and expansion joints inconcrete structures such as those in water retaining structures including reservoirs, canals, sewage plants, dams, swimming pools etc. Plus those in the watertight construction of many buildings and structures including large basements, underground car parks, subways and sea walls etc.


High quality PVC for long durability Suitable for high water pressure Easy to weld on site Many different sizes and types available, depending on their use

TestsStandards / Approvals Sika-Waterbars have been tested in accordance with:

BS 903, BS 2571 (May 2006) DIN 18541, Part 2 (12.04.05) U.S. Corps of Engineers: CRD-C 572-74 (22.05.97) ASTM D 412-75 (04.07.00) ASTM D 638 (06.05.01)

Product Data Form Polyvinylchloride (PVC) profiles

Colours

For construction joints Types V, AK, AR, Forte Grey - black

For expansion joints Types DK, O, M, NOQ, DR

Yellow

Oil and bitumen resistant waterbars

See separate details Green

Packaging 10 m rolls 15 m rolls 30 m rolls (Depends on type and size)

Types Uses Type Width

cm Roll

length m

Nominal Thickness mm (10%)

Fo

r C

on

stru

ctio

n jo

ints

Centrally placed Waterbars

Installation in the centre of concrete structures. Easy anchoring of Sika-Waterbars to reinforcement with special fixing clips.

V-15 15 30 2.5 - 5.0

V-20 20 30 3.0 - 7.0

V-20 L 20 30 2.0 - 4.0

V-24 24 30 2.5 - 4.0

V-32 32 30 2.5 - 5.5

AK-19 19 30 2.5 - 3.5

AK-24 24 30 3.0 - 4.0

AK-32 32 30 3.0 - 4.0

Reinforced Forte-19 19 30 3.0

Forte-24 24 30 3.0

Forte-32 32 30 3.5 F

or

Exp

ansi

on

join

ts

DK-19 19 30 3.0

DK-24 24 15 3.0

DK-32 32 15 3.0

Max. 20 mm expansion and 10 mm shear movement

O-15 15 15 & 30 2.5

O-20 20 15 3.0

O-20 L 20 15 2.0 3.5

O-22 22 15 & 30 3.5

O-22 L 22 15 2.5 4.0

O-25 25 15 3.5 5.0

O-25 L 25 15 2.0

O-30 30 15 4.0 8.0

O-32 32 15 3.5 5.0

O-32 L 32 15 2.5


NOQ-15 19.5 15 2.0 3.0

NOQ-22 27 15 3.0 4.0


M-22 22 15 5.0

M-25 25 15 2.5 5.0

M-35 35 15 4.0 7.0

Co

nst

ruct

ion

join

ts Surface Waterbars

Installation onthe surface of concrete structures

AR-20* 20 15 3.5

AR-25* 25 15 3.5

AR-28 28 15 3.5

AR-31 31 15 4.0

AR-50** 50 15 4.0

Exp

ansi

on

jo

ints

Max. 10 mm expansion and 5 mm shear movement (DR-21, DR-26)

DR-21* 21 15 3.5

DR-26* 26 15 3.5

DR-29 29 15 3.5

Max. 10 mm expansion and 10mm shear movement (DR-29, DR-32, DR-50)

DR-32 32 15 4.0

DR-50** 50 15 4.0

* Only with 4 pins** With 8 pins

Joint Finishing Types

Max. 10mm expansion and 5mm shear movement

Type Width cm

Roll length

m

Nominal thickness

mm (10%)

Water pressure

resistance m

FA 3 - 10 3/10 10 ~ 5 Not resistant

Junction / Jointing Pieces

A wide range of standard jointing pieces are available for jointing. All have a 30 cm free wing, allowing easy butt-welding at site. For the supply of non-standard sections drawings must be provided, giving exact details and measurements required. Types of junction: Cross piece flat Cross piece vertical T-piece flat T-piece vertical L-piece flat Corner piece vertical (pins inside or outside)

Special Waterbar Types (available on request)

Bitumen and oil resistant Waterbars (Green B-Types) NBR-Waterbars Polyolefin-Waterbars Additional specialised Waterbars or types, and custom-made products

StorageStorage Conditions Store in cool and dry conditions in original sealed packaging and at temperatures

between +5C and +30C. Protect from heat and direct sunlight.

Shelf Life 60 months from date of production if stored properly in undamaged and unopened original sealed packaging.

Technical Data Chemical Base Plasticised Polyvinyl Chloride (PVC-p)

Density (at 23C) ~ 1.4 kg/lt

Service Temperature -35C to +55C

Mechanical / Physical Properties Tensile Strength Waterbars for construction joints:

10 N/mm2 (DIN 53455) Waterbars for expansion joints: 10 N/mm2 (DIN 53455) For actual values refer to the test reports and the testing standard

Elongation at Break Waterbars for construction joints: 200% (DIN 53455) Waterbars for expansion joints: 300% (DIN 53455) For actual values refer to the test reports and the testing standard

Tear Strength 12 N/mm2 (DIN 53507 A)

Shore A Hardness ~ 70 - 85 (DIN 53505)

Chemical Resistance Permanent Exposure: Water, seawater and sewage at temperatures of 23C Temporary Exposure: Dilute inorganic alkalis, mineral acids and mineral oils.

Alkali Resistance Pass (US Corps of Engineers: CRD-C 572-65)

Application DetailsApplication Method / Tools

Centrally Placed Waterbars

Installation in the centre of the concrete structures. Easy anchoring of Sika-Waterbars to reinforcement with special fixing clips (5 pieces per m).

Centrally Placed Reinforced Watebars (Type Forte )

Installation as with centrally placed waterbars. Due to their external reinforcement Sika Waterbars Type Forte are more dimensionally stable and less fixing clips arenecessary (approx. 2 pieces per m).

Surface Waterbars

Installation on the surface of the formwork or on the surface of the base/dry lean concrete.

Joint Finishing Types

Installation by pushing onto the formwork or onto the joint lining.

Welding

Sika-Waterbars are made from virgin thermoplastic PVC and can therefore bewelded easily. The ends must be secured into a welding clamp (available for each type) and cut precisely. Then the cut edges must be heated with suitable welding equipment (also available), until an even, molten bead of PVC appears. The welding equipment is then removed and the molten ends pressed firmly together immediately. The welding temperature is ~ +200C.


In situations with negative water pressure surface waterbars cannot be used.


Product Data Sheet Edition: 14/04/2016 Identification no. Version no: UAE Sika-Waterstop G

Sika-Waterstop G

PVC Joint Sealing Profiles

Product Description Sika-Waterstop G are flexible, soft PVC-Waterstops that seal construction and

expansion joints in concrete structures. Sika-Waterstop G is available in differentsizes and types, depending on their use. Suitable for use in hot and tropical climates.

Uses Sika-Waterstop G are used to seal construction and expansion joints in waterretaining structures such as reservoirs, water towers, dams, spillways, canals, swimming pools sewage tanks etc. as well as to keep water out of concrete structures such as basements, underground car parks, tunnels, subways, retaining walls etc.

Advantages High quality PVC for long durability Suitable for high water pressure Easy to weld on site Many different sizes and types available, depending on their use

TestsStandards / Approvals Sika-Waterstop G have been tested in accordance with: ASTM D 2240 and BS

2782

Product Data Form Preformed profiles

Colour Yellow

Packaging 15 m rolls

StorageStorage Conditions Store in cool and dry conditions in unopened original sealed packaging at

temperatures between +5C and +35C. Protect from direct sunlight.

Shelf Life 36 months from date of production if stored properly in undamaged and unopened original sealed packaging.

Technical Data Chemical Base Polyvinylchloride

Density (at 23C) ~ 1.5 kg/lt (ASTM D 792)

Tensile strength at break 10 N/mm2(1) (BS 2782 :Part 3 : Method 320 A)

Elongation at break > 250% (BS 2782 :Part 3 : Method 320 A)

Shore A Hardness 75 ( 5) (ASTM D 2240)

Types Uses Type Width cm

Roll length

m

Nom. Thickness

mm (10%)

Fo

r C

on

stru

ctio

n jo

ints

Centrally placed Waterstop

IC-15HD 15 15 10

IC-20 20 15 2.5 6.0

IC-20HD 20 15 10

IC-25 25 15 3.0 - 6.0

IC-25HD 25 15 10

Fo

r E

xpan

sio

n jo

ints

IE-15 15 15 3.0 6.0

IE-20 20 15 2.5 - 6.0

IE-25 25 15 3.0 6.0

Fo

r C

on

stru

ctio

n jo

ints

Externally placed Waterstop

EC-20 20 15 3.0

EC-25 25 15 3.0

Fo

r E

xpan

sio

n jo

ints

EE-20 20 15 3.0

EE-25 25 15 3.0

Chemical Resistance Permanent: Water, seawater and sewage, road salt solutionsTemporarily: Dilute inorganic alkalis, mineral acids and mineral oils.

Application DetailsApplication Method / Tools

Centrally Placed Waterstops

Installation in the centre of the concrete structures. Easy fixing of Sika-Waterstop G to reinforcement using tie wires.

Externally placed Waterstops

Installation on the surface of the formwork or on the surface of the base/dry lean concrete.

Welding Sika-Waterstop G are made from high quality thermoplastic PVC and cantherefore be welded easily. The ends are secured in a welding jig (available for each type) and heated with suitable welding equipment (also available), until an even, molten bead of PVC appears. The welding equipment is then removed and the molten ends pressed together firmly. The welding temperature is approximately +200C.


System Product Data Sheet Edition: 24/10/2012 Identification no: 02 07 03 02 System Version: GCC Sikadur-Combiflex SG system

Con

stru

ctio

n Sikadur-Combiflex SG system High Performance Joint Sealing System

Product Description

The Sikadur-Combiflex SG system is a high performance joint and crack sealingsystem for construction joints, expansion (movement) joints and connection joints or cracks. The system allows variable and high levels of movement in one or more directions, whilst maintaining a high quality watertight seal

The Sikadur-Combiflex SG system consists of a modified flexible Polyolefin (FPO)waterproofing tape, with advanced adhesion properties and a range of different special Sikadur epoxy adhesives for use in different types of applications andconditions.

Suitable for use in hot and tropical climatic conditions.

Uses The Sikadur-Combiflex SG system is used for sealing all types of joints and cracksin many different structures and applications including:

Tunnels and culverts

Hydro electric power plants

Sewage treatment plants

Basements

Water retaining structures and drinking water reservoirs

Around iron, steel and concrete pipes

Swimming pools

Sealing of:

Joints with extreme movement

Building sections where varying settlement is expected

Cracks


Advanced adhesion between the tapes and the adhesives, no activation of thetapes is required on site

Fast and easy to install

Suitable for dry and damp concrete surfaces

Extremely flexible

Performs well within a wide range of temperatures

Excellent adhesion to many different substrate materials

Weathering and water resistant

UV-resistant

Available with normal and rapid hardening grades of the adhesive

Root penetration resistant

Good resistance to many different chemicals

Versatile system suitable for many difficult situations

Tests Approval / Standards Hygiene Institute: Test report No. K-178989-09 drinking water suitability according to

KTW-Guideline of the Federal Environment Agency (UBA), July 2009

WRAS Approval no. 1207543 (July 2012): Tests of Effect on Water Quality / BS 6920:2000 / Hot (up to 50C) and cold water.

Assessment for resistance to root penetration according to CEN/TS 14416

Product Data Form System comprises flexible membrane strips and adhesive pastes

Appearance/ Colours Sikadur-Combiflex SG-10 / -20 P Tape:Flexible light grey membrane

Sikadur-31 CF Slow:Light grey

Sikadur-31 DW:Grey (WRAS approval for potable water applications)

Packaging Sikadur-31 CF Slow :6 kg units (A+B)

Sikadur-31 DW6 kg units (A+B)

Sikadur-Combiflex SG-10 P:Thickness: 1 mm Width: 10, 15, 20, 25, 30, 40, 50, 100, 200 cm Rolls of 25 m

Sikadur-Combiflex SG-20 P:Thickness: 2 mm Width: 15, 20, 25, 30, 40, 50, 100, 200 cm Rolls of 25 m

StorageStorage Conditions / Shelf Life

Sikadur-31 CF Slow and Sikadur-31 DW:24 months from date of production if stored properly in undamaged unopened original sealed containers in dry conditions at temperatures between +5C and +30C. Protect from direct sunlight and heat.

Sikadur-Combiflex SG-10 / -20 P tape36 months from date of production if stored properly in undamaged unopened original sealed packaging under cool and dry conditions at temperatures between +5C and +25C. Opened and unprotected rolls must be used within 2 month.

Technical Data Chemical Base Sikadur-31 CF Slow and Sikadur-31 DW:

Modified, solvent free, filled 2-part epoxy resin

Sikadur-Combiflex SG Tape:Modified flexible Polyolefin (FPO) with advanced adhesion

Service Temperature Sikadur-Combiflex SG System:-30C min. to +40C max. in wet conditions -30C min. to +60C max. in dry conditions

Mechanical / Physical Properties Bond Strength Sikadur-Combiflex SG System (Sikadur-Combiflex SG Tape glued with Sikadur

CF Slow Adhesive)

Substrate Bond Strength

Concrete (dry) > 2 N/mm2 (failure in concrete)

Concrete (mat / damp) > 2 N/mm2 (failure in concrete)

Steel (blast cleaned) > 5 N/mm2

Peel Strength Sikadur-Combiflex SG System:

Sika System test: Sikadur-Combiflex SG Tapes bonded to each other withSikadur-31 CF Slow or Sikadur-31 DW.

Results: Strength: > 6 N/mm (2 mm)

Strength: > 4 N/mm (1 mm)

Resistance

Chemical Resistance Sikadur-Combilfex SG System (Sikadur-Combiflex SG Tape glued with Sikadur-31 CF Slow or Sikadur-31 DW)

Long term to: Water, lime water, cement water, seawater, salt solutions, domestic sewage, bitumen (according to EN 1548) , bitumen emulsion coatings (staining possible) etc.

Temporary to: Light fuel oil, diesel, diluted alkali and mineral acids, ethanol, methanol, petrol etc.

These chemical resistance indications may be used to determine the suitability of the sealing system. Regarding specific short term chemical resistance, please consult our Technical Service Departments.

System Information System Structure The Sikadur-Combiflex SG system

consists of a modified flexible Polyolefin (FPO) waterproofing tape and a Sikadur

epoxy adhesive.

Two types of flexible tapes are available:

- Sikadur-Combiflex SG-10 / -20 P:without masking tape

Various types of suitable Sikadur

adhesives are available:

- Sikadur-31 CF (Type Normal,Rapid and Slow)

- Sikadur-31 DW (mainly used forcontact with drinking water)

Note: The system configuration as described must be fully complied with and may not be changed.

Application Details

Consumption Sikadur-Combiflex SG Tape:

Sikadur-31 CF Slow Adhesive per metre length

Tape width Tape thickness Adhesive consumption*

10 cm 1 mm ~ 0.7 kg/m

15 cm 1 mm ~ 1.0 kg/m

20 cm 1 mm ~ 1.2 kg/m

15 cm 2 mm ~ 1.1 kg/m

20 cm 2 mm ~ 1.4 kg/m

25 cm 2 mm ~ 1.7 kg/m

30 cm 2 mm ~ 2.0 kg/m

*The consumption can vary dependent on site conditions (surface roughness, size ofaggregate, wastage etc.)

Substrate Quality Concrete, stone, mortar, renderings: Substrate must be clean, free from oil, grease, laitance or loose particles. Age of concrete minimum 3 weeks, depending on environmental conditions, with a direct surface tensile adhesion strength > 1.5 N/mm2.

Construction Steel 37, V2A-Steel (WN 1.4301): Clean, free from oil, grease, rust and scale.

Polyester, epoxy, ceramics, glass: Clean, free from oil and grease.

Substrate Preparation Concrete, stone, mortar, rendering: These substrates must be mechanically prepared e.g. by blast cleaning, to be free from any cement laitance, damaged concrete, old surface treatments or coatings and then all loose or friable particles must be completely removed by brushing, sweeping and industrial vacuum to achieve a contaminant free, open textured surface

Construction Steel 37: Blast cleaning or equivalent mechanical means followed by thorough vacuum / dust removal. Avoid dew point conditions during application.

V2A-Steel (WN 1.4301): Light grinding followed by thorough vacuum/dust removal. Avoid dew point conditions during application..

Polyester, epoxy, ceramics, glass: Light abrasive roughening followed by thorough vacuum/dust removal. Do not apply to siliconised or silicone oil treated substrates (de-bonding agent). Avoid dew point conditions during application

Application Conditions / Limitations Substrate Temperature Sikadur-31 CF:

Type Slow: from +25C to +45C Type Rapid: from +5C to +15C Type Normal: from +10C to +30C

Sikadur-31 DW:

From +10C to +30C

Ambient Temperature Sikadur-31 CF:

Type Slow: from +25C to +45C Type Rapid: from +5C to +15C Type Normal: from +10C to +30C

Sikadur-31 DW:

From +10C to +30C


Cementitious substrates: Dry, maximum matt damp (no surface moisture) When applied to matt damp concrete, brush the adhesive well into the substrate.

Relative Air Humidity 85% max. (at +25C)

Dew Point Avoid condensation.

The substrate must be at least 3C above the dew point.

Application Instructions

Mixing Sikadur-31 CF Slow:

Part A : B = 2 : 1 parts by weight or volume

Sikadur-31 DW:

Part A : B = 3 : 1 parts by weight or volume

Pre-batched units: Mix parts A+B together for at least 3 minutes with a flat bladed mixing spindle attached to a slow speed electric drill (max. 300 rpm) until the material becomes smooth in consistency and a uniform grey colour. Avoid aeration while mixing. Then, pour the whole mix into a clean container and stir again for approx. 1 more minute at low speed to keep air entrapment at a minimum. Mix only that quantity which can be used within its potlife.

Bulk packing (on request for special projects), not pre-batched: First, stir each part thoroughly. Add the parts in the correct proportions into a suitable mixing container and stir correctly using an electric low speed mixer as outlined above for pre-batched units. Strict quality control of proportioning and calibrated weighing scales is a pre-requisite.


Selection of tape size: Selection of the correct Sikadur-Combiflex SG Tape size (thickness and width) andof a suitable Sika adhesive depends on the expected performance. If necessary, askfor technical advice. Tapes of 1 mm thickness are suitable for sealing of joints subject to light load only.

Maximum permissible permanent elongation: 1 mm tape: 10% of the non-adhered tape width 2 mm tape: 25% of the non-adhered tape width

Note: For higher movement, place and fix tape in a loop into the joint.

Application of tape:

In case of dirt contamination, clean the surface of the Sikadur-Combiflex SG Tape with a clean dry ordamp cloth. Use only clean water and no solvents or detergents for this cleaning.

Check the integrity of the Sikadur-Combiflex SGTape to ensure that there is no damage from storage or transport (e.g. heavy scratches). Remove any damaged sections if necessary.

Note: No activation is required on site however the tape must free of dust, loose particles, oils or any other bond inhibiting substance.

For installation on expansion joints or cracks > 1 mm the centre of the Sikadur-Combiflex

SG Tape must not be bonded to the joint filler or substrate. In this situation, apply masking tape on top of the joint / crack and on both outer sides of the prepared joint before applying the adhesive.

Apply the mixed Sikadur adhesive on bothsides of the joint / crack onto the prepared substrate, using a suitable brush, trowel or spatula. If the concrete substrate is damp, force the adhesive firmly into the substrate. The layer thickness of the adhesive should be 1 - 2 mm and the width on each side of the joint / crack at least 40 mm, extending minimum 5 mm beyond the edges of the Sikadur-Combiflex SG Tape.

Before placing the Sikadur-Combiflex SGTape remove the masking tape on top of the central expansion joint / crack are

Apply the Sikadur-Combiflex SG Tape withinthe open time of the adhesive. Press the tape firmly, without trapping air, into the adhesive using a suitable roller. The adhesive should be squeezed out on both sides of the tape by ~ 5 mm.

For expansion joints / cracks > 1 mm apply the Sikadur-Combiflex SG-10 / -20 Tapecentrally over the joint / crack.

In situations with high joint movement, place the tape into the joint as a loop.

For fixing overhead or in difficult configurations, the tape may be temporarily held in place with Sika Trocal Adhesive C-705. This adhesive, however may only be used inthe tape centre but never on the areas to be bonded with Sikadur-31 CF Slow orSikadur-31 DW.

Let the first layer of the Sikadur-31CF Slowor Sikadur-31 DW stiffen and begin toharden before the top layer is applied. Apply the top layer of the adhesive at a thickness of ~ 1 mm on both sides of the joint / crack, producing a fully covering layer which tapers outwards past the edges of the Tape by at least 5mm and feathering down to almost zero.

Remove the masking tape from both sides to ensure a neat and precise detail.

The adhesive top layer may be smoothed with a brush using a diluted detergent. Allow adhesive to start curing first.

Note: Do not use detergent if any coating is to be applied.

When sealing construction joints or cracks of up to 1 mm width, the Sikadur-Combiflex SG Tape may be completely covered with Sikadur-31 CF Slow orSikadur-31 DW which also then provides mechanical protection.

Connection of Sikadur-Combiflex SG Tape:

Tape ends are connected by hot air thermal welding The welding area must be prepared by roughening the surface with Scotch Brite pads or sand paper.

Roughen the tapes only in the welding area otherwise their adhesive bond can be affected.

Overlaps have to be minimum 50 mm.

Welding parameters, such as speed and temperature shall be established by trials on site, prior to any welding works.

Basic settings: 360-420C

Hand welding in the overlap area is carried out in three steps.

1. Spot weld the overlap

2. Pre-weld:Weld the rear overlap area so that a 20 mm flap (using a 20 mm nozzle) remains for the final welding

3. Final weld:Weld the remaining flap. Guide the roller at a distance of 20 mm parallel to the air outlet of the welding nozzle. Roll the FPO pressure roller fully across the seam.

Note: Solvents such as Sika ColmaCleaner do not improve the welding properties.

Connection of Sikadur-Combiflex SG Tape with Sika PVC External Waterbar TypeAR (only for construction joints):

The Sikadur-Combiflex SG Tape must overlap the waterbar type AR by at least atape width. Clean the Sikadur-Combiflex SG Tape with a dry cloth.

Clean the waterbar with Sika Colma-Cleaner and let it dry.

Clean and prime the waterbar with Sika Primer-215 (Please consult the ProductData Sheet of Sika Primer-215)

Bond the Sikadur-Combiflex SG Tape and the Sika Waterbar together usingSikaflex-11 FC+ adhesive sealant at a layer thickness of 1-3 mm.

Overcoat the contact areas with Sikaflex-11 FC+ using a spatula.

Cleaning of Tools Clean all tools and application equipment with Sika Colma-Cleaner immediately afteruse. Hardened / cured material (adhesive) can only be mechanically removed.

Potlife

Sikadur-31 CF Slow (0.2 kg)

Type Slow Type Slow

+5C - +5C -

+10C - +10C -

+23C ~ 135 minutes +23C ~ 135 minutes

+30C - +30C -



Temperature Sikadur-31 DW

(0.2 kg) Temperature Sikadur

-31 DW (0.2 kg)


If larger quantities are being mixed the temperature of the adhesive will increase due to the chemical reaction, resulting in a reduced potlife.

Waiting Time / Overcoating

The Sikadur-31 CF Slow and Sikadur-31 DW may be over coated with an epoxy coating. In this case do not smooth the adhesive with detergent. If the waiting time between application of adhesive and over coating is to be longer than 2 days, the adhesive must be blinded to excess with quartz sand immediately after application.


For further application information please consult the Sikadur-Combiflex SGmethod statement.

If joints are to be subjected to water pressure, the tape must be supported in the joint. Hard foam or joint sealant is recommended.

For exposure to negative water pressure the Sikadur-Combiflex SG Tape must besecured with a steel plate fixed on one side. Limit without support: For 20 mm joints at +20C and max. 0.5 bar water head a tape of 2 mm thickness has to be installed.

If a bituminous wearing layer is installed on top of Sikadur-Combiflex SG Systemthe temperature of the hot mix must not exceed +180C up to max. 50mm thickness. Up to 10 mm thickness the temperature may be max. +220C. If necessary apply in layers and allow the bitumen to cool down in between layers.

The Sikadur-Combiflex SG Tape must be protected from mechanical damage.

The Sikadur-Combiflex SG Tape cannot be connected to the Sikaplan WT andHypalon based (e.g. old Sikadur-Combiflex) membranes by hot air welding.

The Sikadur-31 DW epoxy adhesive must be allowed to fully cure (14 days at 30C) then be thoroughly rinsed off before allowing any contact with potable water.


Product Data Sheet Edition: 01/10/2012 Identification no: 02 04 02 03 001 000038 Version no: GCC Sikadur-31 DW

Con

stru

ctio

n Sikadur

-31 DW

2-part Epoxy Adhesive with Approval for Drinking Water Contact

Product Description

Sikadur-31 DW is a thixotropic, two-part adhesive and repair mortar based onepoxy resins and special fillers which has been specially formulated to meet the requirements for use in contact with drinking water.

Suitable for use in hot and tropical climates.

Uses As a structural adhesive and mortar for: Concrete

Hard natural stone

Ceramics, Fibre Cement

Mortar, Bricks, Masonry

Steel, Iron, Aluminium

Wood

Polyester, Epoxy

Glass

As the adhesive with drinking water approvals for the Sikadur-Combiflex

System

As a structural adhesive for precast concrete segments including:

Columns, beams etc.

Kerbs and edging stones, copings etc.

Rapid curing concrete repairs:

Corners and edges

Holes and void filling

Joint arrises

Joint filling and crack sealing:

Rigid joint filling

Crack filling and sealing (non-moving)


Sikadur-31 DW provides the following advantages:

Can be used in drinking water areas

Easy to mix and apply

Suitable for dry and damp concrete surfaces

Very good adhesion to most construction materials

Thixotropic: non-sag in vertical and overhead applications

Hardens without shrinkage

Different coloured components (for mixing control)

No primer needed

High initial and ultimate mechanical strength

Good abrasion resistance

TestsStandards / Approvals Attestation de Conformit Sanitaire pour le contact avec leau destine la

consommation humaine (validit dcembre 2011). Laboratoire Sant Environnement Hygine Lyon.

Austrian agency for health and nutrition safety: Report No. UZ 9239/02 drinking water certificate (23.07.02).

WRAS, UK: Approval for use with Sikadur-Combiflex SG system, Reference Testreport M 105295 (cold & hot water up to 50C). Approval no. 1207543 July 2012.

O.T.E.C. Barcelona, Spain Document No. 07614, Reference No 0761415488

Testing according to EN 1504-4.

Product DataForm Thixotropic paste

Appearance / Colour Part A: White

Part B: Black

Parts A+B mixed: Grey

Packaging 6 kg units (A+B) Pre-batched unit: Pallets of 480 kg (80 x 6 kg)

40 kg (A+B) Non Pre-batched unit: Pallets of 560 kg (14 x 40 kg)

StorageStorage Conditions Store in cool and dry conditions in unopened, undamaged and sealed original

packaging at temperatures between +5C and +30C. Protect from direct sunlight.

Shelf Life 24 months from date of production if stored properly.

Technical Data Chemical Base Epoxy resin

Density (at +20C) 2.00 kg/lt (Parts A + B mixed)

Sag Flow On vertical surfaces it is non-sag up to 10 mm thickness. (EN 1799)

Layer Thickness 30 mm max. When using multiple units, one after the other. Do not mix the following unit until the previous one has been used in order to avoid a reduction in handling time.

Change of Volume Shrinkage / Volume: Hardens without shrinkage.

Thermal Expansion Coefficient

Coefficient W: 2.36 x 10-5 per C (Temp. range +23C - +60C) (According EN 1770)

Thermal Stability Heat Deflection Temperature (HDT): HDT = +50C (7 days / +23C) (According to ISO 75)


Compressive Strength ~ 78 N/mm2 (after 14 days at +23C) (DIN EN 196)

Flexural Strength 37 N/mm2 (after 14 days at +23C) (DIN EN 196)

Tensile Strength 23 N/mm2 (after 14 days at +23C) (ISO 527)

Bond Strength (EN ISO 4624, EN 1542 and EN 12188)

Curing Time Temperature Substrate Bond Strength

After 7 days +23C Dry concrete 3 N/mm 2

After 7 days +23C Moist concrete 2 N/mm 2

After 7 days +23C Steel (sandblasted) 9 N/mm 2

E - Modulus ~ 6500 N/mm2 (ISO 527)

System Information System Structure Please consult the Sikadur-Combiflex System product data sheet for all

applications with this system.

Application Details

Consumption The consumption of Sikadur-31 DW is ~ 2.0 kg/m2 per mm of thickness.

Substrate Quality Mortar and concrete must be older than 28 days (depends on minimal requirement of strengths).

Verify the substrate strength (concrete, masonry, natural stone).

The substrate surface must be clean, dry and free from all contaminants such as dirt, oil, grease, existing surface treatments and coatings etc..

Steel substrates must be de-rusted similar to Sa 2.5

The substrate must be sound and all loose particles must be removed.

Substrate Preparation Concrete, mortar, stone, bricks:

Substrates must be sound, dry, clean and free from laitance, ice, standing water, grease, oils, old surface treatments or coatings and all loose or friable particles must be removed to achieve a laitance and contaminant free, open textured surface.

Steel:

Must be cleaned and prepared thoroughly to an acceptable quality i.e. by blastcleaning and vacuum. Avoid dew point conditions.

Other surfaces (polyester, epoxy, glass, ceramic):

On these substrates pre-apply Sikafloor-156 / 161 (primer) and then, wet on wetapply Sikadur-31 DW.

Application Conditions / Limitations Substrate Temperature +10C / +30C maximum

Ambient Temperature +10C / +30C maximum

Material Temperature Mixed Sikadur-31 DW must be at a temperature of between +10C and +30C forapplication.


When applied to matt damp concrete, brush the adhesive well into the substrate.

Dew Point Avoid condensation.

Substrate temperature during application must be at least 3C above dew point.

Application Instructions Mixing Ratio Part A : Part B = 3 : 1 parts by weight or volume

Mixing Pre-batched units: Mix Parts A+B together for at least 3 minutes with a flat bladed mixing spindle attached to a slow speed electric drill (max. 300 rpm) until the material becomes smooth in consistency and a uniform grey colour.

Avoid aeration while mixing.

Then, pour the whole mix into a clean container and stir again for approximately 1 more minute at low speed to keep air entrapment at a minimum.

Mix only that quantity which can be used within the potlife.


When using as a thin layer adhesive, apply the mixed adhesive to the prepared surface with a spatula, trowel, notched trowel, (or with hands protected by gloves).

When applying as a repair mortar, use some formwork.

When using for bonding metal profiles onto vertical surfaces, support, and press uniformly, using props for at least 12 hours, dependent on the layer thickness applied (not more than 5 mm) and the room temperature.

Once hardened check the adhesion by tapping with a hammer.

Cleaning of Tools Clean all tools and application equipment with Sika Colma-Cleaner immediatelyafter use.

Hardened/cured material can only be mechanically removed.

Potlife Pot life (200 g) (EN ISO 9514)

+23C ~ 90 minutes

The pot life begins when the resin and hardener are mixed. It is shorter at high temperatures and longer at low temperatures. The greater the quantity mixed, the shorter the pot life.

To obtain longer workability at high temperatures the mixed adhesive may be divided into portions. Another method is to chill Parts A and B before mixing them (not below +5C).

Curing Sikadur-31 DW when used in contact with drinking water must be cured for atleast 14 days at 30C.


Sikadur resins are formulated to have low creep under permanent loading.

However due to the creep behaviour of all polymer materials under load, the long term structural design load must account for creep. Generally the long term structural design load must be lower than 20-25% of the failure load.

Please consult a structural engineer for load calculations for your specific application.


Product Data Sheet Edition: 01/10/2012 Identification no: 02 07 03 08 001 0 00000 /5/4/1 Version no: GCC Sika Dilatec Tapes

Con

stru

ctio

n Sika

Dilatec

Tapes

Pre-formed Joint and Edge Waterproofing and Sealing Tapes Part of the Sika Dilatec System

Product Description

Sika Dilatec Tapes are flexible, ready to use, waterproofing and sealing tapes,made of bitumen resistant PVC with fabric strips at the side, for use in construction and movement joints and for the connections and ends of sheet waterproofing membranes. They are part of the Sika Dilatec System.Suitable for use in hot and tropical climatic conditions.

Uses Type BE-300End tape for bituminous waterproofing on concrete and metals.Sealed on one side with hot bitumen between polymer bitumen waterproofingmembranes (B-edge) and bonded on the other side with Sikadur-Combiflex

CF Adhesive or Sikadur-31 CF Slow (E-edge). Type ER-350

End tape for PVC waterproofing membranes on concrete and metals.Bonded on one side with Sikadur-Combiflex CF Adhesive or Sikadur-31 CFSlow (E-edge) and welded on the other side to the PVC waterproofingmembrane (R-edge).

Type BR-500End tape for bituminous waterproofing and jointing tape between PVCwaterproofing membranes and bituminous waterproofing.Sealed on one side with hot bitumen between two layers of polymer modifiedbitumen membrane (B-edge) and welded on the other side to the PVCwaterproofing membrane (R-edge).

Type E-220Sealing tape for construction and movement joints in concrete and metals.Bonded on both sides with Sikadur-Combiflex CF Adhesive or Sikadur-31 CFSlow (E-edges).

Type B-500Sealing tape for movement joints on bituminous waterproofing.Sealed on both sides with hot bitumen between two layers of polymer modifiedbitumen membrane (B-edges).


Durable water and weather resistance High movement absorption Root resistant Resistant to many chemicals UV resistant Suitable for use and service over a wide temperature range Can be hot air welded

TestsStandards / Approval Tecnotest AG Rschlikon Zurich, Test Report No. A2838-01 dated 18.08.05:-

Water tightness according to EN 1928 Method B and thickness measurement to SN EN 1849-2.

Product Data Form Composite flexible tape

Appearance / Colours Type BE-300, E-220 and B-500: Ready to use, waterproof sealing tapes in rolls, with a central expansion zone to absorb the joint movement and fabric edging strips at the sides, for fixing to the substrate or sealing between 2 layers of polymer modified bitumen membrane.

The top and bottom are light grey.

Type ER-350 and BR-500: Ready to use, waterproof sealing tapes in rolls, with glass fibre reinforcement and fabric strip on one side, for fixing to the substrate and roof sealing. Hot air weldable to PVC waterproofing membranes on the other side without fabric.

The top is light grey, the bottom is black.

Packaging

Note: The additional use of Sika Dilatec welding tape is required for the tapeends jointing area (supplied in 2 m rolls, 50 cm wide).

Type BE-300 E-220 B-500 ER-350 BR-500

Thickness 1.6 mm 1.6 mm 1.6 mm 1.6 mm 1.6 mm

Width 300 mm 220 mm 500 mm 350 mm 500 mm

Roll length 30 m 30 m 30 m 20 m 30 m

StorageStorage Conditions Store in dry conditions in original sealed packaging at a storage temperature of

between +5C and +40C. Protect from direct heat and sunlight.

Shelf Life 36 months from date of production if stored in undamaged and unopened, original sealed packaging

Technical DataChemical Base Soft PVC, bitumen compatible (PVC-P-BV)

Water Vapour Diffusion Resistance (H2O)

~ 17.000 (According to SIA V280)

Fire Rating 4.2 (According to SIA V280)

Service Temperature Long-term: Lower limit: -25C

Upper limit: +80C

Mechanical / Physical Properties Water Tightness 10 bar (According to EN 1928/B)

Tensile Strength Type BE-300, E-220 and B-500: (According to EN ISO 527-1) > 10 N/mm2

Type ER-350 and BR-500: > 6.5 N/mm2

Elongation at Break Type BE-300, E-220 and B-500: (According to EN ISO 527-1) > 300%

Type ER-350 and BR-500:

> 200%

Root Resistance Compliant (According to SIA V280)

Seam Strength Weld seam strength: Failure always adjacent to seam (According to DIN 16 726)

Impact Resistance Mechanical Impact Resistance:

Watertight at a drop height > 650 mm (falling weight 500g) (According to SIA V280)

Chemical Resistance Long term exposure to: Water, sea water, alkaline water, de-icing salt solutions, bitumen renders, water dispersed bitumen based coatings.

Temporarily resistant to:

Dilute inorganic alkalis and mineral acids, mineral oils.

Heat Resistance Heat ageing: Compliant (According to SIA V280)

Bending test: No cracks at < -25C (According to SIA V280)

Artificial weathering: 5000 hours compliant (According to SIA V280)

Ozone Resistance Compliant (According to SIA V280)

Behaviour in Hot Water Compliant (According to SIA V280)

Application DetailsConsumption Bonding of the E-edge requires approx. 400 g of Sikadur-Combiflex CF Adhesive

or Sikadur-31 CF Slow per metre per side.

High substrate roughness increases the consumption.

Application Methods Tape type: Selection of the correct type of tape and therefore its application method is dependent on the specific project details and conditions. Advice is available from Sika Technical Services department if required.

Maximum permissible expansion movement under constant load:

Sika Dilatec BE-300 +/- 5 mm

Sika Dilatec E-220 +/- 20 mm

Sika Dilatec B-500 +/- 20 mm

For larger movement apply the tapes with a loop into the joint.

Application:-

The B-edge (bitumen) is sealed and bonded with hot bitumen in a sandwich between 2 layers of membrane.

The E-edge (epoxy) is bonded to the substrate with Sikadur-Combiflex CFAdhesive or Sikadur-31 CF Slow epoxy adhesive.

The R-edge (PVC) is heat welded to PVC waterproofing membranes and PVC profiles.

Please refer to the Sika Dilatec Method Statement and the Sika Dilatec

Application Manual.

Tape joints:-

Tape ends and connections are joined by heat welding with hot air and pressure.

Please refer to the Sika Dilatec Application Manual.

Value Base All technical data stated in this Product Data Sheet are based on laboratory tests. Actual measured data may vary due to circumstances beyond our control.

Local Restrictions Please note that as a result of specific local regulations the performance of this product may vary from country to country. Please consult the local Product Data Sheet for the exact description of the product uses.

Health and Safety Information

For information and advice on the safe handling, storage and disposal of chemical products, users shall refer to the most recent Material Safety Data Sheet containing physical, ecological, toxicological and other safety-related data.

Legal Notes The information, and, in particular, the recommendations relating to the application and end-use of Sika products, are given in good faith based on Sika's current knowledge and experience of the products when properly stored, handled and applied under normal conditions in accordance with Sikas recommendations. In practice, the differences in materials, substrates and actual site conditions are such that no warranty in respect of merchantability or of fitness for a particular purpose, nor any liability arising out of any legal relationship whatsoever, can be inferred either from this information, or from any written recommendations, or from any other advice offered. The user of the product must test the products suitability for the intended application and purpose. Sika reserves the right to change the properties of its products. The proprietary rights of third parties must be observed. All orders are accepted subject to our current terms of sale and delivery. Users must always refer to the most recent issue of the local Product Data Sheet for the product concerned, copies of which will be supplied on request.

Con

stru

ctio

n

mailto:[email protected]:[email protected]:[email protected]:[email protected]:[email protected]

System Product Data Sheet Edition: 03/09/2013 Identification no: 02 07 03 07 010 2 000099 Version: GCC SikaFuko Eco 1

Con

stru

ctio

n SikaFuko

Eco 1

Injectable Hose for Sealing Construction Joints in Watertight Structures

Product Description

SikaFuko Eco 1 is an injectable hose for sealing construction joints in watertightstructures against water and salt water ingress.

Suitable for use in hot and tropical conditions.

Uses SikaFuko Eco 1 is used to seal construction joints in watertight structures againstwater and salt water ingress. It is cast into the construction joints of the concrete. When it is necessary to seal or reseal the construction joints, SikaFuko Eco 1 canbe injected with the most suitable Sika Injection materials based on acrylic and polyurethane resins or micro-fine cement suspensions.


Re-injectable with Sika acrylic resins and micro-fine cement suspensions. One time injectable with Sika polyurethane injection resins. Highly economical Ideal back-up solution for combination with waterstops Easy to install Tested in water pressures up to 10 bar (100m) Suitable for many different structures and construction methods

Tests Approval / Standards MPA NRW: German Approvals for use in construction joints

(29.11.04) / (02.07.04) / (23.04.08)

WISSBAU: Tested for application with polyurethane resins in construction joints (02.04.04) / (11.02.08)

WISSBAU: Tested for application with acrylic resins and mirco-fine cement suspensions resins in construction joints (20.07.04)

Product Data Form Pre-fabricated hose

Packaging SikaFuko Eco 1 is supplied as a Combi-pack in a cardboard box containing:- 200 m SikaFuko Eco 1- 10 m green PVC-hose (inlet) - 10 m white PVC-hose (outlet) - Accessories (2 m connecting pipe, 4 m heat shrink sleeve , x 50 closure plugs,

1 can of glue, 1 roll of tape, x 800 fastening clips)

Also available as pre-fabricated, made to measure sections in special packs with accessories to suit (details on request).

Storage Storage Conditions Store in dry conditions in original sealed packaging and at temperatures between

+5C and +35C. Protect from direct sunlight and heat.

Shelf Life Minimum 48 months from date of production if stored in undamaged, unopened and sealed original packaging.

Technical Data Chemical Base White inner core: PVC

Red outer layer: Expanded polyurethane


Shore A (D) Hardness White inner core: D 50 +/- 3 (DIN 53505)

Red outer layer: A 80 +/- 5 (not expanded) (DIN 53505)

Elongation at Break White inner core: 100 % (DIN 53504)

Red outer layer: > 50 % (DIN 53504)

Tensile Strength White inner core: 10 N/mm2 (DIN 53504)

Red outer layer: 10 N/mm2 (not expanded) (DIN 53504)

System Information System Structure SikaFuko Eco 1

A Injection channel (internal diameter: 6 mm)

B White PVC spiral hose core to take up the concrete pressure

C Foamed plastic outer layer as a sealing membrane and to prevent cement laitance penetration during concreting

D Spiral perforation in the PVC core of the injection hose

E Staggered slot perforations in the foamed plastic outer layer for uniform emergence of injection materials

6 mm Internal diameter: 6 mm (1/4 )

Application Instructions Assembly Instructions Accessories for the injection / vent ends

The fabric reinforced PVC hoses (green andtransparent) are cut to the desired length(standard size approx. 40 cm).

The connecting pipe and the shrink-on sleeveare cut to a length of approx. 5 - 6 cm for eachend.

Assembly

Rapid glue is applied on the connecting pipewhich is inserted approx. halfway into theSikaFuko Eco 1 (fig. 1).

Rapid glue is then applied on the second half ofthe connection pipe. The fabric reinforced PVChose (green and transparent) is slid over theconnection pipe (fig. 2).

A shrink-on sleeve is installed in the middlecovering of the connection between the PVChose and the SikaFuko Eco 1 and heated witha hot air gun. The sleeve shrinks and firmlyholds the connection area (fig. 3).

The PVC hose ends are closed with the closureplugs to avoid the entry of other rmaterials (fig.5).

The SikaFuko Eco 1 is now ready forinstallation.

Connecting pipe

Installation In general, SikaFuko Eco 1 is installed in

lengths of up to 10 m. The PVC hose endshave to be included in this length. If longerlengths are required for construction reasons,please contact us.

The SikaFuko Eco 1 is installed on thehardened concrete surface in the middle of theconstruction joint (fig. 1).

The minimum distance between two parallelhose sections must be 5 cm (fig. 2).

If two SikaFuko ECO 1 hoses cross forconstruction reasons e.g. at junctions, theupper of the hoses must be installed with thePVC hose in the overlapping area (fig. 2).

Fixing

The hose is fixed to prevent it from sliding orfloating with special clips at intervals of approx.20 cm . The clips are pressed into 6 mm drilledholes (fig. 2 + 4).

The injection hose shall not be fastened to thereinforcement bars. The injection hose m

sika gcc product guide · epoxy floor coatings ... sikacrete®-113 pp sikacrete®-113 pp sa...

Documents