The flooring tiles are compressed ESD viny based tiles available in both conductive and static dissipative properties . the manufacturing technology ensures that the tiles remain conductive permanently and also incoprporate very good mechanical properties . abrasion resistance , indentation resistance and chemical resistance. The tilies have a low content of plasticisers.
PVC floorings
We offer a complete range of products, conductive and dissipative tiles, whichaccording to the type of requirements to ensure:
- The protection of electronic equipments and components
- The protection of people against electro-static discharge risks
- The protection of premises against explosive risks
Used in conjunction with conductive footwear, we guarantee the highest level of protection against ESD risks due to their low generation of charges (from <100 to
<20V according to the IEC 61340-4-5) and to the effective elimination of charges over the long term.
Specification
Size :- 600 x 600 mm
Thickness :- 2mm & 3mm
Static electrical :- <2kv
charge
Electrical resistance:-10*6≤R≤10*8Ω
FAQs
ESD (Electrostatic Discharge) tiles are flooring solutions designed to safely dissipate static charges through a controlled path to ground. These tiles contain conductive or dissipative materials (carbon fibres, metal-coated particles etc.) and are installed with a grounding system to mitigate static buildup.
ESD tiles are ideal in environments sensitive to static-electricity risks such as electronics manufacturing, clean rooms, labs, data centres, server rooms, and other mission-critical areas.
Consider factors such as: (a) the level of static risk in your facility, (b) the resistance/grounding requirements, (c) the type of footwear used, (d) the volume of traffic and loads, (e) installation conditions of the subfloor.
Maintenance involves using approved antistatic/ESD cleaning products, avoiding standard waxes or coatings that might impair conductivity, and periodic testing of floor resistance to ensure performance.
Yes, but it depends on the existing substrate condition. Proper subfloor preparation, adhesive compatibility, and grounding provision must be assessed.
Conductive flooring has very low resistance (around 10^6 ohms or lower) and is suited for high risk applications with ESD-footwear mandates. Static-dissipative flooring has higher resistance (10^6 to 10^9 ohms) and may be better where standard footwear is used. The right choice depends on your risk profile and footwear controls.
Benefits include protecting sensitive electronics from damage due to static discharge, improving workplace safety, reducing costly equipment failures/returns, supporting clean-room or controlled environment standards, and offering long-term durability.
