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EPI Engineered Polymers EP RSP-AL Aromatic Silicone Polyurea

 

Subcategory: Thermoset

Material Notes:
EP RSP-AL, Aromatic Silicone Polyurea, “Powered by Reactamine® Technology”, is a two component 100% solid Polyurea. This increases UV resistance without sacrificing physical properties. EP RSP-AL has superior performance in industrial applications. EP RSP-AL displays extremely fast cure times with excellent adhesions to different substrates. It can be spray applied at temperatures ranging from 20°F to 150°F. EP RSP-AL has excellent chemical and water resistance. EP RSP-AL has a temperature range of -40°F to 350°F. It conforms to USDA and FDA guidelines for incidental food contact.

Applications: EP RSP-AL adheres well to several substrates including concrete, steel, and wood. Some typical uses include:

  • SECONDARY CONTAINMENT
  • WASTEWATER LAGOON AND POOL LININGS
  • ANTI GRAFFITI
  • COLD STORAGE AREAS
  • WASH BAY AND SHOWER LININGS
  • COOLING TOWERS
  • PETROCHEMICAL REFINERIES
  • OILFIELD PIPELINE COATINGS
  • WATER PROOFING
  • SEWER LINERS
  • MANHOLE RESTORATION
  • INDUSTRIAL FLOORING
  • BRIDGE COATINGS
  • Part of the Amber Chemical Group. Data provided by manufacturer.

    Available Properties
    • Viscosity
    • Hardness, Shore A
    • Tensile Strength, Yield
    • Elongation at Yield
    • 100% Modulus
    • 300% Modulus
    • Adhesive Bond Strength
    • Tear Strength
    • Taber Abrasion, mg/1000 Cycles
    • Flash Point
    • Cure Time
    • Gel Time
    • Color
    • Flexibility
    • Resistance to 1,1,1-Trichlorethane
    • Resistance to Acetic Acid (100%)
    • Resistance to Acetone
    • Resistance to Ammonium Hydroxide (50%)
    • Resistance to Benzene
    • Resistance to Brine-Saturated H2O
    • Resistance to Chlorinated H2O
    • Resistance to Clorox® (10%) H2O
    • Resistance to Diesel Fuel
    • Resistance to Gasoline
    • Resistance to Gasoline/ 5% Methanol
    • Resistance to Gasoline/5% MTBE
    • Resistance to H2O
    • Resistance to H2O (14 days at 82°C)
    • Resistance to Hydraulic Fluid (oil)
    • Resistance to Hydrochloric Acid (20%)
    • Resistance to Hydrofluoric Acid(50%)
    • Resistance to Isopropyl Alcohol
    • Resistance to Lactic Acid
    • Resistance to MEK
    • Resistance to Methanol
    • Resistance to Methylene Chloride
    • Resistance to Mineral Spirits
    • Resistance to Motor Oil
    • Resistance to MTEB
    • Resistance to Muriatic Acid (10%)
    • Resistance to NaCl/H2O (10%)
    • Resistance to Nitric Acid (<50%)
    • Resistance to Phosphoric Acid (10%)
    • Resistance to Phosphoric Acid (50%)
    • Resistance to Potassium Hydroxide (10%)
    • Resistance to Potassium Hydroxide (20%)
    • Resistance to Propylene Carbonate
    • Resistance to Skydrol®
    • Resistance to Sodium Bicarbonate
    • Resistance to Sodium Hydroxide (25%)
    • Resistance to Sodium Hydroxide (50%)
    • Resistance to Sodium Hypochlorite (10%)
    • Resistance to Steric Acid
    • Resistance to Sugar/H2O
    • Resistance to Sulfuric Acid (>50%)
    • Resistance to Sulfuric Acid (10%)
    • Resistance to Toluene
    • Resistance to Trisodium Phosphate
    • Resistance to Vinegar/ H2O (5%)
    • Resistance to Xylene
      
    Property Data

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