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Quick Summary Continuous Service Temperature: -40°C to +130°C (-40°F to +266°F) Intermittent Peak Temperature: Up to +150°C (+302&

Quick Summary Table Detailed Breakdown 1. Material Composition and Nature This is the most fundamental difference. GRP (Fiberglass): A composite mater

Quick Summary Table Detailed Comparison 1. Chemical Resistance (The Deciding Factor) This is the most critical difference and usually dictates the cho

Quick Summary Table Detailed Breakdown 1. Chemical Resistance (The Most Important Difference) This is the deciding factor for most applications. FKM i

Quick Summary Table Detailed Breakdown 1. Chemical Composition and Material Type (The Biggest Difference) EPDM is a Thermoset Rubber. Think of it like

EPDM Definition EPDM is an acronym for E thylene P ropylene D iene M onomer. It is a type of synthetic rubber, classified as a thermoset elastomer , r

1.05 to 1.25 grams per cubic centimeter (g/cm³) This is often expressed as 1050 to 1250 kilograms per cubic meter (kg/m³) . For practical pu

The Name Reveals the Structure EPDM stands for E thylene P ropylene D iene M onomer. It is a terpolymer , meaning it is made from three different mono

Quick Summary: EPDM's Chemical Profile Excellent Resistance To: Water (hot and cold), steam, alkalies (bases), mild acidic and basic solutions, si

Quick Summary Table Detailed Breakdown Buna-N / Nitrile (NBR) What it is: A copolymer of Butadiene and Acrylonitrile. The key is the Acrylonitrile (AC

Quick Summary Table Detailed Explanation 1. High-Temperature Performance EPDM's resistance to heat comes from its saturated polymer backbone (the

Top Recommendation for Most Applications For a strong, permanent, and waterproof bond on clean EPDM surfaces, the best options are adhesives specifica