The role of Insulated mats in Electrical Work
Insulated mats safeguard electricians from electric shocks. They place a protective barrier between the worker and dangerous voltage. That makes them essential in any workspace that deals with electricity. Used correctly, insulated mats significantly reduce the risk of on-the-job accidents.
A Brief History
Insulated mats have come a long way. Older standards like ASTM D178 and AS 2978-1987 called for thicker designs. These kept workers safe, but they made the mats bulky and hard to handle. The move to the AS/NZS IEC 61111 standard changed that. It sets a maximum thickness, so today’s mats are thinner and lighter with no loss of safety. This evolution reflects better materials and a clearer understanding of what electricians need in the field.
Environments
Mats built to the AS/NZS IEC 61111 standard suit electricians across almost any setting. For example, technicians rely on them when servicing electric vehicles (EVs), inspecting pillars, or maintaining switchboards. In fact, they even do the job aboard ships and aircraft. Each mat adds a critical layer of safety. Because it insulates the worker from the ground, it prevents electric shock wherever there’s a risk of contact.
Quality and Maintenance
We make our mats from a high-quality EPDM rubber compound. As a result, they deliver excellent electrical insulation and resist impact, tears and punctures. Anti-ozone agents also guard against “ozone cracking”. To keep a mat in good condition, store it flat in a cool, dry place, away from UV light. Always inspect the mat visually before every use, and have it electrically tested at least once every six months.
Check out some of the products we have covered in the article below:
Insulated Pillar Box Mat Class 0 1000V AS/NZS IEC 61111
Insulated Mat Class 0 1000V AS/NZS IEC 61111
Insulated Mat Roll/Custom Size Class 4 36kV AS/NZS IEC 61111