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830-275-BKBL
Non-conductive matting is formulated to provide insulation for the worker. The non-conductive mat prevents the worker from being grounded, thereby preventing electrical shock. Each square foot of matting is tested in conformance with ANSI/ANSTM D-178 specifications.
WARNING: This product can expose you to chemicals, which are known to the State of California to cause cancer and birth defects. or other reproductive harm. For more information, go to www.P65Warnings.ca.gov.
Insulative PVC matting is formulated to provide insulation to the worker from being grounded thus preventing electrical shock.
Each square foot of this matting is tested in conformance with ANSI/ASTM D-178 specifications and meets or exceeds the following:
Type 2 Compound: Polyvinyl Chloride
Class 2 Di-electric Strength: 30,000 volts
Proof test of 20,000 volts
Recommend maximum useage of 17,000 volts
Corrugated linear saw-tooth pattern.
Overall thickness is 1/4".
Crafted from high-quality non-conductive vinyl, it's meticulously engineered to defend against electrical hazards up to 17,000 VAC.
Every square foot meets stringent ANSI/ANSTM D-178 specifications, ensuring unmatched protection.
Add extra protection and provide a barrier of electrical resistance with our Switchboard Mats.
Engineered to safeguard workers from electrical hazards, our matting provides a secure and insulated surface for peace of mind in industrial settings.
Equip your spaces with the unparalleled protection of our Switchboard Anti-fatigue Matting. Designed to resilient against ozone, oil, and flame, offering a slip-resistant surface.
Each inch is a commitment to safety, with every square foot meeting the stringent ANSI/ANSTM D-178 specifications ideal for:
✅ Electrical control rooms
✅ Substation environments
✅ Assembly lines with electrical machinery
✅ Computer server rooms
✅ Electronics manufacturing plants
Crafted with precision and adherence to safety standards, our mats significantly reduce the risk of electrical shock while providing a more comfortable and ergonomic surface with its anti-fatigue properties.
