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- Mat with ribbed surface design. Made of insulating rubber compound with dielectric properties. Commonly used to cover floors and walkways in power plants, electrical cabins, industrial premises, etc.
- Complies with IEC EN 60243-1 standards, sold in the size of 100cm x 100cm, thickness 4.5mm, grey color, and ribbed surface (also available with a smooth background).
- This electrical insulation has a dielectric strength of 50,000 volts and has been tested according to VDE 0303-21 standard. It is suitable for installation in operating rooms, control rooms, transformer stations, etc.
- This safety mat with a non-slip surface protects against the risk of electric shocks.
- The rubber mat is easy to cut with a sharp cutter. It can also be glued to ensure it stays in place once positioned on the floor.
- The rubber strip prevents the risk of electrocution. This non-conductive mat is suitable for use in dry industrial environments, near electrical stations, transformers, generators, switches, etc.
This insulating rubber roll is extremely suitable for places where high voltage work is carried out. An insulating rubber surface prevents electric shocks up to 50,000 volts.
You can order this insulating mat by the meter in length so that you always have the quantity you need and avoid waste. Note: the length of a complete roll is 10 meters.
If you order more than 10 meters, you will receive one (or more) complete rolls plus the extra meters.
Anti-electric shock rubber by the roll ✓ Protection for workplaces where high voltage is present ✓ Suitable for use in electrical panels, transformers, etc. ✓ Insulates and absorbs electric shocks up to 30,000 volts ✓ Non-slip thanks to its raised ribbed pattern ✓ Durable ✓ Flexible ✓ High tensile strength
INSULATING MAT COMPLIES WITH VDE 0303 Part 2 DIN 53481 Breakdown voltage 50,000 volts
Presentation: smooth upper surface and fabric-impression underlayer. Marking: yellow continuous print on the underlayer along the entire length of the roll. Applications: for flooring and general protection in power plants, electrical transformer cabins, engine rooms, industrial premises where high voltages are present, etc.
