EPI Engineered Polymers EP JS Joint Sealant
Subcategory: 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. AcceptablePart of the Amber Chemical Group. Data provided by manufacturer.
| Available Properties |
- Viscosity
- Hardness, Shore A
- Tensile Strength, Yield
- Elongation at Yield
- 100% Modulus
- Adhesive Bond Strength
- Tear Strength
- Taber Abrasion, mg/1000 Cycles
- Flash Point
- Cure Time
- Gel Time
- Color
- Flexibility
- Resistance to Acetic Acid (100%)
- Resistance to Clorox® (10%) H2O
- Resistance to Diesel Fuel
- Resistance to Gasoline
- Resistance to H2O
- Resistance to Hydraulic Fluid (oil)
- Resistance to Hydrochloric Acid (20%)
- Resistance to Hydrofluoric Acid(10%)
- Resistance to Mineral Spirits
- Resistance to Motor Oil
- Resistance to Muriatic Acid (10%)
- Resistance to NaCl/H2O (10%)
- Resistance to Potassium Hydroxide (10%)
- Resistance to Sodium Bicarbonate
- Resistance to Sodium Hydroxide (10%)
- Resistance to Sugar/H2O
- Resistance to Sulfuric Acid (>22%)
- Resistance to Sulfuric Acid (10%)
- Resistance to Vinegar/ H2O (5%)
- Resistance to Xylene
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| Property Data |
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