Price is Based on Per Foot, Quantity is total number of feet required

Linear Foot ordering will be entered as the total number of feet required as the Quantity on the line. Comments on each line will indicate the number of pieces and feet each is to be cut (e.g., 2 pieces each cut 2′ in length or similar (this would be a total quantity of 4).

The CPSM316-1LF Cementex 3/16” 20kV Corrugated Switchboard Matting x Linear Ft provides essential electrical insulation and protection for personnel working in proximity to high-voltage equipment. Designed specifically for use as a floor covering, this durable rubber insulating matting reduces the risk of electrical shock in environments with switchgear, control panels, fuse boxes, heavy machinery, and other energized electrical apparatus. Meeting and exceeding ASTM D178 Type I specifications, the CPSM316-1LF Cementex 3/16” 20kV Corrugated Switchboard Matting x Linear Ft ensures compliance and reliability in the most demanding industrial and utility environments.

Available in a range of custom-cut sizes, this matting features a corrugated surface that enhances grip while offering robust protection against electrical shock. The corrugated texture also adds slip resistance, further improving safety in wet or oily conditions. Type I matting is designed for low-voltage applications (up to 1,000 volts) and typically features a thickness between 1/8” and 1/4”, providing a durable and cushioned barrier beneath the feet of electrical workers.

When selecting switchboard matting, it’s important to consider the voltage class and environment. Type I matting, like that offered by Cementex, delivers strong physical performance in terms of tensile strength, elongation, and hardness, making it ideal for a wide variety of standard electrical applications.

The CPSM316-1LF Cementex 3/16” 20kV Corrugated Switchboard Matting x Linear Ft is perfect for electricians, maintenance crews, and facility safety managers working in industrial plants, utility substations, and commercial electrical rooms. It helps create a safer working area by insulating workers from ground potential, thereby reducing the chance of accidental shock and supporting a complete electrical hazard protection plan.