What types of workplace matting does Action Handling offer?

Action Handling provides a variety of workplace matting including anti-fatigue solid top mats, modular cushion link mats with open tops for drainage, rubber mats resistant to oils and chemicals, and specialist mats for dry or wet industrial environments.

How does anti-fatigue matting benefit workers?

Anti-fatigue mats reduce strain and discomfort for employees who stand for long periods by cushioning feet and legs, improving circulation, and lowering fatigue, which enhances productivity and workplace wellbeing.

Are the workplace mats suitable for wet or oily areas?

Yes, certain mats feature open top designs for effective liquid drainage and are made from chemical- and oil-resistant nitrile rubber, making them ideal for wet, oily, or food processing environments.

Can workplace matting be customised to fit different areas?

Many mats are modular and interlockable, allowing you to create custom-sized mats that perfectly fit unique workspace layouts.

What materials are workplace mats made from?

Common materials include 100% nitrile rubber for durability and chemical resistance, vinyl foam, PVC, and other resilient compounds designed for industrial use.

Are workplace mats slip-resistant and safe to use?

Yes, these mats often have bevelled edges and gripper backings to prevent movement and reduce tripping hazards, thereby improving safety in the workplace.

What sizes and thicknesses are available for these mats?

Typical thicknesses range from approximately 12mm to 19mm, with standard sizes such as 60cm x 90cm or larger modular sheets that can be combined to cover bigger areas.

How should workplace matting be maintained?

Regular cleaning to remove dirt and debris, along with inspection for damage or wear, helps to maintain mat performance, safety, and longevity.

Are these mats suitable for sensitive environments like computer rooms?

Certain solid top anti-fatigue mats from Action Handling are safe for use in static-sensitive areas such as computer rooms due to their non-conductive materials.