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Rubber-plastic board can be used for various applications in various industrial sectors. Rubber boards are favored in many industries for their ease of use and efficiency as insulators. Rubber boards come in many different hardnesses. (Durometer is a numerical value indicating resistance to indentation). Rubber boards are ideal for applications requiring sealing or protection, and are a very cost-effective material.
We offer a variety of rubber boards. They are available in various styles and specifications, and can be cut for any specific application. The main differences in their production divide them into the following types:
Neoprene board: synthetic rubber polymerized from 2-chloro-1,3-butadiene. Neoprene compounds are favored for their resistance to oil, sunlight and ozone. There is a wide variety, and most can be vulcanized without sulfur. Neoprene is resistant to ammonia, freon, oxygen, ozone and many other liquids. Excellent material for pump and refrigeration applications. Neoprene is a synthetic rubber used to make gaskets, commonly used in exposed environment applications, such as applications involving seawater.
Rubber-plastic boards are the standard for hydraulic and pneumatic sealing elastomers. Its oil resistance makes it the material of choice for use with petroleum-based hydraulic fluids. It has good wear resistance, high tensile strength and resistance to compression set.
(High-performance fluororubber) is a synthetic rubber board that performs well in high-temperature and corrosive environments with a temperature rating of -20°F to 400°F. It is resistant to oils, fuels, lubricants, most inorganic acids and aliphatic hydrocarbon fluids, which can act as solvents for other types of rubber. It has excellent resistance to fungi and mold.
EPDM board: ethylene propylene diene monomer. Elastomers used in applications handling acids, weak alkalis and automotive brake fluids. Effective outdoor rubber with high resistance to ozone and sunlight.
Silicone sheet: Silicone is a synthetic rubber used to make gaskets. Silicone can withstand 200°C and is chemically inert, which makes it perform well in the food processing industry.
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