Chemical Resistant Mats
Chemical-resistant mats protect floors and footing in plants, laboratories, filling stations and vehicle workshops exposed to oils, greases, solvents, acids and alkalis. Unlike anti-fatigue or anti-slip mats, their compound is chosen for compatibility with specific chemicals, and no single material resists them all. Select by the chemicals present and the product's compatibility chart, then material (nitrile, SBR, PVC or EPDM), thickness and size.
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About this category
Chemical resistant mats are products used in manufacturing environments, laboratories, filling stations and automotive maintenance facilities involving the handling of oils, greases, solvents, acids, bases and other chemicals, selected for applications requiring documented compatibility or resistance to specified chemicals or chemical classes, with performance dependent on mat material, exposure conditions and product data. Models differ in material between oil-resistant Nitrile rubber, Styrene-Butadiene (SBR) rubber, PVC and EPDM depending on design; material selection is driven by the chemistry of the exposed substances. Models differ in documented thickness and in expected service life depending on usage intensity. Models differ in surface design between flat and engraved finishes, and in construction between single mats and linkable modular pieces to cover larger areas. Universal chemical resistance to every substance should not be assumed; a mat's resistance varies by specific chemistry (acids, bases, solvents, oils, fuels) and is defined in the product's compatibility chart. Universal heat, pressure or abrasion resistance is not assumed across the category. Absolute anti-slip or incident-prevention characteristics are not assumed. Electrical-insulation mats and general entrance mats are excluded from this category. Buyers select chemical-resistant mat models based on chemistry type, material, thickness, surface design and dimensions.
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Chemical resistant mats are products used in manufacturing environments, laboratories, filling stations and automotive maintenance facilities involving the handling of oils, greases, solvents, acids, bases and other chemicals, selected for applications requiring documented compatibility or resistance to specified chemicals or chemical classes, with performance dependent on mat material, exposure conditions and product data. Models differ in material between oil-resistant Nitrile rubber, Styrene-Butadiene (SBR) rubber, PVC and EPDM depending on design; material selection is driven by the chemistry of the exposed substances. Models differ in documented thickness and in expected service life depending on usage intensity. Models differ in surface design between flat and engraved finishes, and in construction between single mats and linkable modular pieces to cover larger areas. Universal chemical resistance to every substance should not be assumed; a mat's resistance varies by specific chemistry (acids, bases, solvents, oils, fuels) and is defined in the product's compatibility chart. Universal heat, pressure or abrasion resistance is not assumed across the category. Absolute anti-slip or incident-prevention characteristics are not assumed. Electrical-insulation mats and general entrance mats are excluded from this category. Buyers select chemical-resistant mat models based on chemistry type, material, thickness, surface design and dimensions.
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