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Rulon Bearings

CHT Group EP JS EPI Engineered Polymers Joint Sealant
Categories: Polymer; Thermoset

Material Notes: EP JS Joint Sealant JS, “Powered by Reactamine® Technology” is a two component 100% solid (silicone optional) polyurea based joint sealant. EP JS is a self-leveling joint sealant designed to protect interior horizontal concrete expansion and control joints from spalling, chipping, and breakdown. This elastomer displays fast cure times and excellent adhesion to concrete. EP JS can be applied at temperatures ranging -30° F to 350°F. This polyurea elastomer displays excellent chemical resistance, water insensitivity, and thermal stability at high and low temperatures. EP JS may also be used under traditional floor coatings (such as epoxies, polyureas and polyurethanes) or tiles to smooth the joints and provide protection from cracking and sinking caused by non-elastomeric joint sealants.

Applications:EP JS was designed to protect against the abuse to concrete joints caused by heavy load transfers from such items as forklifts, steel-wheeled carts and trash dumpsters. Some typical uses include:

  • Concrete Control / Expansion Joints
  • Concrete Spall Repairs
  • Cold Storage Facilities
  • Merchandise Distribution Centers
  • Home Improvement Stores
  • Bridge Headers
  • Warehouse Floors
  • D.O.T. Pothole Road Repair
  • U.S.D.A. and F.D.A. Acceptable
  • Part of the Amber Chemical Group. Data provided by manufacturer.

    Formerly Amber Chemical Co (ACC Silicones), aquired by CHT in 2017

    Vendors: No vendors are listed for this material. Please click here if you are a supplier and would like information on how to add your listing to this material.
     
    Physical PropertiesMetricEnglishComments
    Viscosity 400 cP400 cP2:1, A Side
     1200 cP1200 cP2:1, B Side
     1200 cP1200 cP1:1, Side B
     1800 cP1800 cP1:1, Side A
     
    Mechanical PropertiesMetricEnglishComments
    Hardness, Shore A 85851:1; ASTM D2240
     95952:1; ASTM D2240
    Tensile Strength 10.3 MPa1500 psi1:1; ASTM D412
     20.3 MPa2950 psi2:1; ASTM D412
    Elongation at Break 350 %350 %2:1; ASTM D412
     800 %800 %1:1; ASTM D412
    100% Modulus  9.65 MPa
    @Strain 100 %
    1400 psi
    @Strain 100 %
    0.0423611111111111; ASTM D412
     11.2 MPa
    @Strain 100 %
    1620 psi
    @Strain 100 %
    0.0840277777777778; ASTM D412
    Adhesive Bond Strength >= 2.76 MPa>= 400 psiConcrete (no primer), Concrete Failure; ASTM D4541 Elcometer
    Tear Strength 78.9 kN/m450 pli1:1; ASTM D412
     87.7 kN/m500 pli2:1; ASTM D412
    Taber Abrasion, mg/1000 Cycles 20.520.51:1; CS17 Wheel, 1kg; ASTM D4060
     25252:1; CS17 Wheel, 1kg; ASTM D4060
     
    Thermal PropertiesMetricEnglishComments
    Flash Point >= 93.3 °C>= 200 °F2:1 and 1:1, ASTM Pensky-Martin
     
    Processing PropertiesMetricEnglishComments
    Tack-Free Time >= 5.00 min>= 0.0833 hourTack Free Time, 2:1
     >= 10.0 min>= 0.167 hourTack Free Time, 1:1
    Gel Time 2.00 min2.00 min2:1
     5.00 min5.00 min1:1
     
    Descriptive Properties
    ColorBlack, Gray
    Flexibility Pass2:1 and 1:1, ASTM D1737, 1/8"Mandrel
    Resistance to Acetic Acid (100%)Recommended
    Resistance to Clorox® (10%) H2OConditional, Discoloration
    Resistance to Diesel Fuel Recommended
    Resistance to GasolineRecommended
    Resistance to H2ORecommended
    Resistance to Hydraulic Fluid (oil) Recommended, Discoloration
    Resistance to Hydrochloric Acid (20%)Recommended
    Resistance to Hydrofluoric Acid(10%)Recommended, Discoloration
    Resistance to Mineral Spirits Recommended
    Resistance to Motor OilRecommended, Discoloration
    Resistance to Muriatic Acid (10%)Recommended
    Resistance to NaCl/H2O (10%)Recommended
    Resistance to Potassium Hydroxide (10%)Recommended
    Resistance to Sodium BicarbonateRecommended
    Resistance to Sodium Hydroxide (10%)Recommended
    Resistance to Sugar/H2ORecommended
    Resistance to Sulfuric Acid (>22%)Not Recommended
    Resistance to Sulfuric Acid (10%)Recommended, Discoloration
    Resistance to Vinegar/ H2O (5%)Recommended
    Resistance to Xylene Conditional

    Some of the values displayed above may have been converted from their original units and/or rounded in order to display the information in a consistent format. Users requiring more precise data for scientific or engineering calculations can click on the property value to see the original value as well as raw conversions to equivalent units. We advise that you only use the original value or one of its raw conversions in your calculations to minimize rounding error. We also ask that you refer to MatWeb's terms of use regarding this information. Click here to view all the property values for this datasheet as they were originally entered into MatWeb.

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