Overview
Acrylic rubber (ACM) is a specialty synthetic elastomer developed for applications requiring superior heat and oil resistance. As a copolymer of acrylic acid esters, it fills the performance gap between general-purpose rubbers like nitrile (NBR) and high-performance fluorocarbon rubbers (FKM). First commercialized in the 1940s, ACM has become essential in automotive and industrial sectors where components face continuous exposure to hot oils and aggressive environments. Its balanced properties make it a cost-effective solution for demanding applications.
Physical and Chemical Properties
ACM exhibits exceptional thermal stability, maintaining elasticity at temperatures up to 175°C continuously, with short-term resistance to 200°C. Its saturated backbone provides outstanding ozone and weathering resistance without requiring protective additives. The rubber shows good compression set resistance (typically 20-40% after 70 hours at 150°C) and moderate mechanical strength (tensile strength 7-15 MPa). While not as flexible at low temperatures as some rubbers (brittle point around -15°C to -30°C), modern formulations have improved cold resistance.
Main Applications
Automotive systems account for about 70% of ACM usage, particularly in automatic transmission seals, engine oil coolers, and power steering components. Its ability to withstand hot ATF (automatic transmission fluid) makes it irreplaceable in modern vehicles. Industrial applications include oil field equipment, hydraulic systems, and printing rolls. ACM is also used in fuel handling systems, though not for direct gasoline contact. Recent developments include food-grade formulations for machinery seals in edible oil processing.
Safety and Storage
As a cured elastomer, ACM presents minimal health risks. However, uncured compounds may contain processing aids that require standard rubber handling precautions. Always provide adequate ventilation during high-temperature processing. Store ACM products away from heat sources and oxidizing agents. Shelf life is typically 12-24 months when kept in original packaging below 30°C. Avoid contact with copper and manganese, which can accelerate degradation.
B2B Procurement Guide
When sourcing ACM, clearly specify your application requirements including: continuous operating temperature range, type of fluids to be encountered (mineral oils, synthetic esters, etc.), hardness (typically 50-80 Shore A), and required certifications (ISO, ASTM, or automotive standards). Consider lead times as ACM often requires compounding. For large volume purchases, discuss formulation optimization with suppliers. Quality indicators include consistent cure characteristics and low batch-to-batch variation in physical properties.
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