HAZMAT SORBENTS
hydrofluoric acid (48%) | formaldehyde | glycerol | boric acid | sulfuric acid (50%) | nitric acid (70%) | magnesium hydroxide | .... more
Hazmat products are used in laboratories and in chemical storage areas to absorb most acids and bases. These products are mostly chemically inert, so they can handle a broad range of different types of fluids. Hazmat sorbents are available in pads, rolls, socks, and cushions. Choose the best sorbent to handle your aggressive chemicals.
fmf pads (yellow)
Yellow fine fiber polypropylene absorbs most acids and bases. Being mostly inert, hazmat polypropylene can absorb and retain most acids and bases. These sorbents are used in laboratory environments, in chemical storage areas, or anywhere aggressive chemicals pose a potential for disaster. Fine fiber polypropylene composites tend to grip smooth surfaces when saturated.
bonded pads (yellow)
Yellow bonded polypropylene absorbs most acids and bases. Being mostly inert, hazmat polypropylene can absorb and retain most acids and bases. These sorbents are used in laboratory environments, in chemical storage areas, or anywhere aggressive chemicals pose a potential for disaster. Bonded polypropylene has an open fiber construction, which allows for absorbing high viscosity fluids.
fmf rolls (yellow)
Yellow fine fiber polypropylene absorbs most acids and bases. Being mostly inert, hazmat polypropylene can absorb and retain most acids and bases. These sorbents are used in laboratory environments, in chemical storage areas, or anywhere aggressive chemicals pose a potential for disaster. Fine fiber polypropylene composites tend to grip smooth surfaces when saturated.
bonded rolls (yellow)
Yellow bonded polypropylene absorbs most acids and bases. Being mostly inert, hazmat polypropylene can absorb and retain most acids and bases. These sorbents are used in laboratory environments, in chemical storage areas, or anywhere aggressive chemicals pose a potential for disaster. Bonded polypropylene has an open fiber construction, which allows for absorbing high viscosity fluids.