Lube Adhesive & Engineering Co.

ABOVE PRICE IS INCLUDING OF GST 18%.ABOVE PRICE IS 4 KG PACK.
ESSRBOND PG 101 is a two componentpourable, self leveling polysulphide resinbased joint sealant. ESSRBOND PG 101 isspecifically designed to be used as awatertight seal for moderate movementand control joints in horizontal areas.ESSRBOND PG has excellent adhesion toconcrete, stone, metal and other commonbuilding surface. The cured sealant hasgood resistance to most environmentalchemical & resists deterioration onprolonged exposure to UV. ESSRBONDPG 101 is suitable for use in horizontalareas with a maximum slope gradient of10%..
Ÿ High resilient with excellent recoverycharacteristicsŸ Provides permanent and uniformwatertight sealŸ Non- stainingŸ Excellent resistance to fatigue andstays flexible throughout its service lifewon’t become brittle, caulk or crackdue to UV exposureŸ Prevent uncontrolled cracking byallowing expansion and contractionduring temperature changesŸ Excellent adhesion to most commonbuilding substrate.
Ÿ Good resistance to ageing.Ÿ Retains joint soundness oncecuredŸ Resistance against mild chemicals,hydrocarbon fuels, sea waterŸ Non-Toxic Can be used in potablewater applications, swimming poolsSTANDARDSESSRBOND PG 101 complies with ther e q u i r e m e n t o f : B S E N I S O11600:2003 (formerly BS 4254), BS5212: Part 1,BS 6920 test on suitabilitywith potable water Manufactured underISO 9001 & ISO 14001.
Full Cure Standard ConditionColorChemical Resistance Solvent & Veg oils.ShrinkageDensity [g/cc] 1.6 - 0.05Pot lifeShore ‘A’ HardnessTack Free TimeElongationWater Potability PassesCracking & Chalking after Heat Ageing70CInitialCure @ Standard ConditionApplication TemperatureService TemperatureMovement Accommodation Factor (MAF).
7daysGreyPh.2.5 to 11.5 Hydrocarbon FuelsNegligibleBS 425410-205 hoursPassed >300 ASTM D 412Passed >120minNo Deterioration TT-S-0027EBS 692024 hours25%+5 C to +40 C-20 C to +80 CThe width of the joint should be a minimumof 4 times the anticipated movement. Jointwith cyclic movement should have a wide todepth ratio of 2:1 for butt joint depth shallnot exceed the width. the joint width andd e p t h s h o u l d b e m a i n t a i n e d a srecommended.Joint WidthŸ 6mmŸ 50mmJoint depthŸ 6mmŸ 20mm for heavily trafficked floor jointsand areas exposed to hydrostaticpressure..The joint surface must be clean, dry andfree from oil, loose particles, cement andother contaminants which may affect theadhesion.Primer should be applied to clean, drysurface prior to the installation of backerrod or bond breaking tape. The joints edgesshall be reprimed if the sealant installationis not carried out within 3 hours ofapplication of the primer. For obtaining aclean neat finish, masking tape shall beapplied on both the edges of the groovebefore applying the primer..The backer rod will also provide resistanceto sealant tooling pressure and help toattain proper wetting of substrate when thesealant is being tooled. The diameter ofthe backing rod shall be at least 20% largerbut not greater than 33% of the joint width.CAUTION: Do not damage or poke holesin the backer rod during of afterinstallation, since this may cause airbubbles in the sealant and effect itsperformance.ESSRBOND PG is supplied in preweighedtwo parts pack which requires onsite mixing. Pour the hardener (part B) intothe base (part A). Once the sealant hasbeen installed a suitable rounded toolsoaked in soapy water can be used toachieve an hour glass profile any maskingtape applied should be removedimmediately after the sealant is installed.

Additional Information:

• Delivery Time: WITHIN THREE DAYS
• Packaging Details: 16 KG & 6.5 KG

PRODUCT DESCRIPTION Technology Poly sulphide Chemical type Moisture curing Components Two component – requires mixingCure Room temperature vulcanizing (RTV) Application Sealing Anabond Tuffseald 2G is a two component polysulphide sealant conforming to BS 4254 : 1983 used for sealing expansion joint sealant movement is anticipated in concrete construction and for joints between diverse construction materials like glass, aluminium, steel & glazing. It has been used in internal and external wall cladding / sealing of joints in water retaining structures such as reservoirs, dams, tanks etc. It is also used for sealing of expansion joints where there is vehicular traffic (e.g. airports and bridges) or pedestrian traffic.After mixing Resin and Hardener, the polymerization is initiated at room temperature, which proceed further until it is cured. 
It has superior joint movement accommodation with strong adhesion to most building material.It is chemically resistant to petrol,diesel fuel & kerosene.
Resin Appearance Smooth pasteColour Specific gravity at 300C, ATM* R004 (JIS* K6820) 1.60 Flash Point Anabond® Tuffseald 2G Japanese Industrial standard, ASTM – American Society for testing and materials, requires mixing vulcanizing is a two component conforming to BS 4254 : 1983. It is where large movement is anticipated in concrete construction and for materials like glass, It has been used in internal and external wall cladding / sealing of joints in water retaining structures such as reservoirs, dams, tanks etc. used for sealing of expansion joints where there vehicular traffic (e.g. airports and bridges) or mixing Resin and Hardener, the polymerization is initiated at room temperature, which proceed further until It has superior joint movement accommodation with strong adhesion to most building material. It is , diesel fuel & kerosene. Smooth paste Off- white 1.60 – 1.75 Refer MSDS 
Hardner Appearance Colour Specific gravity at 300C, ATM R004 (JIS K6820) Flash Point Mixed Property Mixing ratio R:H (w/w) Colour Specific gravity at 300C, ATM R004 (JIS K6820) Flow , ATM R016 Solid content ,120°C,1hour, % ATM R 010 Curing performance Curing of liquid poly sulphide polymers to high molecular weight elastomers is normally accomplished by oxidizing the polymer’s thiol (-SH) terminals to disulfide ( bonds. Unlike single part two part systems have ability to achieve deep section cure and high ‘green strength’ within few hours Pot life at RT, 500g mix, minutes, ATM R007 Cure time at RT, 500g mix, minutes, ATM R364 The product will achieve its handling strength after hours at room temperature however at least 7 days before full properties are developed Technical Data Sheet Revised on May 2017 Revision no.: 02 , Page 1 of 3 Smooth Paste Brown 1.65 – 1.75 Refer MSDS 92 : 08 Grey 1.60 – 1.70 Non Sag C,1hour, % ≥ 98 ide polymers to high molecular elastomers is normally accomplished by oxidizing SH) terminals to disulfide (-S-S-)

Additional Information:

• Delivery Time: IMMEDIATE
• Packaging Details: 4 KG PACK

Anabond Tuffseald 2P Pourable Polysulphide Sealant  Technical Data Sheet May 2008  Two part Polysulphide Pourable sealant   Anabond POURABLE Polysulphide  Anabond  Pourable Polysulphide sealant is a universally usable for concrete joint sealant.  This is two part system.  After mixing Resin and Hardener, the polymerization is initiated at room temperature, which proceed further until it is cured.  Features  • It has good adhesion properties. • It is mainly used as a fuel resistant sealant.  Typical Use   • Concrete joint sealant in airport • Construction sealant   Application      By Manual:  Hardener is to mix with Resin and stir gently to get uniform colour mix. 
Anabond Tuffseald 2P Pourable Polysulphide Sealant Technical Data Sheet May 2008 Two part Polysulphide sealant  Product description (average values)  Anabond POURABLE Polysulphide (Part A – Resin)  Colour       : Off-White Viscosity @ 30°C, cPs    : 50000±4000 Specific gravity @ 30°C    : 1.35±0.02 Shelf life, unopened     : 9 months Disposal      : Disposal procedures approved by         national local authorities   Anabond POURABLE Polysulphide (Part B– Resin)  Colour       : Brown Viscosity @ 30°C, cPs                                        :           66000±2000 Specific gravity @ 30°C    : 1.50±0.02 Shelf life, unopened     : 9 months Disposal      : Disposal procedures approved by         national local authorities  Storage condition   The resin and hardener should be stored at a temperature not exceeding 40°C in original sealed containers.  At higher storage temperature the storage life would decrease sharply.  The resin and hardener containers should not be exposed to sunlight to avoid premature gelation.  Packaging  Resin (Part A) 920 gms of material into the 1 litre wide mouth tin container  Hardener (Part B) 80 gms of material into 100 ml tin container Anabond Tuffseald 2P Pourable Polysulphide Sealant Technical Data Sheet May 2008 Two part Polysulphide sealant  Sl. No. Properties Test Method Tested Values 1. Colour Resin Hardener ATM-R002   Cream Black 2. Specific gravity Resin(Part A) Hardener(Part B) ATM-R004  1.359 1.50 3. Viscosity @ 30±1°C, cPs Resin(Part A) Hardener ATM-R006  50000 66000 4. Mixing ratio (R:H) (By weight) -- 92:8 5. Pot life @ 30°C, minutes ATM-R007 464 6. Curing schedule @ RT, days  7 7. Volatile content, % 150°C, 2 hours Resin Hardener  °C, 2 hours A B ATM-R009   0.62 0.73 180 12.13 4.42 8. Tensile strength, kg/cm2 ATM-R020 3.80 9. Elongation, % ATM-R020 500 10. Hardness Shore A ATM-R069 12 11. Lap shear strength, kg/cm2 Aluminium – Aluminium Ms – MS  ATM-R022  4.0 4.6
Anabond Tuffseald 2P Pourable Polysulphide Sealant Technical Data Sheet May 2008 Two part Polysulphide sealant  Mix ratio  System      Parts by weight  Anabond POURABLE Polysulphide (Part A)  92 Anabond POURABLE Polysulphide (Part B)  8  Processing  Data (As mixed)  Pot life     : 7 hours minimum (@30±°C)

Additional Information:

• Delivery Time: WITHIN WEEK
• Packaging Details: 4 KG PACK

ABOVE PRICE IS 4 KG PACK INCLUDING GST18%.
DISCRIPTION :
ESSRBOND GG 105 Is a Non sagging ,2component ,chemical resistanceelastomeric, Polysulphide joint sealant.ESSRBOND GG 105 is specificallydesigned to be used as a watertight seal formoderate movement and control joints. It isbased on polysulphide polymer. Aftercuring it form a tough, flexible and nonstainingrubber like seal. It has excellentadhesion to concrete, stone, metal andresistant to many chemicals, shrinkage,aging, Thermal stress and the effects ofoutdoor exposure. ESSRBOND GG 105 issuitable for use in both vertical andhorizontal applications.
CHARACTERISTICS:
Highly resilient with excellent recoverycharacteristicsŸ Provides permanent and uniformwatertight sealŸ Non-stainingŸ Excellent resistance to fatigue andstays flexible throughout its service life- won’t become brittle, caulk or crackdue to UV exposureŸ Prevents uncontrolled cracking byallowing expansion and contractionduring temperature changesŸ Excellent adhesion to most commonbuilding substrates.
Ÿ Good resistance to ageing. retainsjoints soundness once curedŸ Resistance against mild chemicals,hydrocarbon fuels, sea waterŸ Non-toxic once cured. Can be usedin potable water reservoirs andswimming pools.
STANDARDS :
ESSRBOND GG 105 complies with ther e q u i r e m e n t o f : B S E N I S O11600:2003 (formerly BS 4254), BS6920 test on suitability with potablewater. Manufactured under ISO 9001 &ISO 14001
Full Cure Standard Condition,ColorChemical Resistance Solvent & Veg oils.ShrinkageDensity [g/cc] 1.6 0.05Pot lifeShore ‘A’ HardnessTack Free TimeElongationWater Potability PassesCracking & Chalking after Heat Ageing70CInitial cure @ Standard ConditionApplication TemperatureService TemperatureMovement Accommadation Factor ( MAF)7daysGreyPh.2.5 to 11.5 Hydrocarbon FuelsNegligibleBS 425410-205 hoursPassed >300% ASTM D 412Passed >120No Deterioration TT-S-0027EBS 692024 hours+5 C to +40 C-20 C to +80 C25 %TECHNICAL PROPERTIES:
The joint edges must be clean, dry andfree from oil, loose particles, cement andother contaminants which may affect theadhesion.
Primer shall be applied to a clean and drysurface prior to the installation of backerrod or bond breaking tape. applyESSRBOND PP 110 porous primer onsurface. The Primer shall be applied by abrush in a thin coat. For obtaining a cleanand neat finish, masking tape shall beapplied on both the edges of the jointsbefore applying the primer.
The backer rod provides resistance tosealant tooling pressure and help to attainproper wetting of substrate when thesealant is being tooled. The diameter ofthe backing rod shall be at least 20% largerbut not greater than 33% of the joint width.CAUTION: Do not damage or poke holesin the backer rod during of afterinstallation, since this may cause airbubbles in the sealant and effect itsperformance.
The width of the joint should be a minimumof 4 times the anticipated movement.Joints with cyclic movement should have awide to depth ratio of 2:1 for butt joints and1:1 for floor, static and lap joints. The jointwidth and depth should be maintained asrecommended:Joint WidthŸ 6mm (minimum)Ÿ 30mm (maximum)Joint DepthŸ 6mmŸ 20mm for trafficked floor joints andareas exposed to hydrostatic pressurechecked prior to painting)

Additional Information:

• Delivery Time: WITHIN THREE DAY
• Packaging Details: 4 KG & 6.5 KG

PRODUCT DESCRIPTION Technology Poly sulphide Chemical type Moisture curing Components Two component – requires mixingCure Room temperature vulcanizing (RTV) Application Sealing Anabond Tuffseald 2G is a two component polysulphide sealant conforming to BS 4254 : 1983 used for sealing expansion joint sealant movement is anticipated in concrete construction and for joints between diverse construction materials like glass, aluminium, steel & glazing. It has been used in internal and external wall cladding / sealing of joints in water retaining structures such as reservoirs, dams, tanks etc. It is also used for sealing of expansion joints where there is vehicular traffic (e.g. airports and bridges) or pedestrian traffic.After mixing Resin and Hardener, the polymerization is initiated at room temperature, which proceed further until it is cured.
It has superior joint movement accommodation with strong adhesion to most building material.It is chemically resistant to petrol,diesel fuel & kerosene.
Resin Appearance Smooth pasteColour Specific gravity at 300C, ATM* R004 (JIS* K6820) 1.60 Flash Point Anabond® Tuffseald 2G Japanese Industrial standard, ASTM – American Society for testing and materials, requires mixing vulcanizing is a two component conforming to BS 4254 : 1983. It is where large movement is anticipated in concrete construction and for materials like glass, It has been used in internal and external wall cladding / sealing of joints in water retaining structures such as reservoirs, dams, tanks etc. used for sealing of expansion joints where there vehicular traffic (e.g. airports and bridges) or mixing Resin and Hardener, the polymerization is initiated at room temperature, which proceed further until It has superior joint movement accommodation with strong adhesion to most building material. It is , diesel fuel & kerosene. Smooth paste Off- white 1.60 – 1.75 Refer MSDS
Hardner Appearance Colour Specific gravity at 300C, ATM R004 (JIS K6820) Flash Point Mixed Property Mixing ratio R:H (w/w) Colour Specific gravity at 300C, ATM R004 (JIS K6820) Flow , ATM R016 Solid content ,120°C,1hour, % ATM R 010 Curing performance Curing of liquid poly sulphide polymers to high molecular weight elastomers is normally accomplished by oxidizing the polymer’s thiol (-SH) terminals to disulfide ( bonds. Unlike single part two part systems have ability to achieve deep section cure and high ‘green strength’ within few hours Pot life at RT, 500g mix, minutes, ATM R007 Cure time at RT, 500g mix, minutes, ATM R364 The product will achieve its handling strength after hours at room temperature however at least 7 days before full properties are developed Technical Data Sheet Revised on May 2017 Revision no.: 02 , Page 1 of 3 Smooth Paste Brown 1.65 – 1.75 Refer MSDS 92 : 08 Grey 1.60 – 1.70 Non Sag C,1hour, % ≥ 98 ide polymers to high molecular elastomers is normally accomplished by oxidizing SH) terminals to disulfide (-S-S-)

Additional Information:

• Delivery Time: within week
• Packaging Details: 4 kg pack