Chemical Absorbent Pads and Rolls
A collection page of First Mats Ltd
About
Reduce the danger of hazardous chemical spills with our specially designed absorbent pads and rolls. We stock a range of fast-acting absorbents that can soak up aggressive chemicals, acids and alkalis to help you contain spills of hazardous liquids quickly and safely. Our chemical pads are perfect for absorbing smaller spillages, making them ideal for use around workstations where users can grab them quickly before a spill becomes dangerous. Our rolls are much better for larger spills, where the affected area exceeds about a square metre. Our spill control products will ensure you can absorb chemicals quickly and efficiently regardless of the environment or spillage situation. British Made Chemical Absorbent Pads Our Chemical Absorbent Pads are proudly made in Great Britain to the same high standards by which we make all our spill control materials. Constructed from bonded sheets of absorbent fibres, they allow for maximum absorbance at a relatively low cost. Our chemical absorbent pads and rolls are easily distinguished from our other products by their signature bright yellow appearance. So it will be easy to quickly deploy them when the time comes without any confusion over which type of pad to use for which kind of spillage. When Should You Use Chemical Absorbent Pads? Our chemical absorbent pads and rolls can be used on various spillages, including acids and alkalis, as well as most solvents and other strong chemicals. They offer a solution for quick and safe clean-up of potentially harmful and hazardous materials that most other absorbent pads cannot handle. It makes them an excellent solution for industrial environments where water and oil are not the only fluids that could potentially leak or be spilt. What Absorbent Pad and Roll Types are Available? When planning your chemical spill management, it's crucial to have the right tools at hand. At First Mats, we offer a diverse range of absorbent materials designed for fast and effective containment of chemical s