Description

ESD Kumfi Pebble matting from Seltek Warehouse is formulated to dissipate static electricity.

Simple worker tasks – working, walking or even sitting on certain types of stools – creates static electric.

Left unchecked, static can discharge into static sensitive equipment, potentially causing damage.

Conductive/Anti-static matting drains static from workers, preventing unpleasant static shocks and safeguarding equipment.

Why Anti-Fatigue Mats?

Standing for long periods of time on cold, hard floors causes general fatigue plus a host of other health complaints. These conditions, coupled with slips, trips and falls lead to decreased productivity, absenteeism and ultimately cost employers millions each year.

Samples and Help

For the majority of our mats we are happy to send you up to 3 samples of our matting or for larger installations we can arrange to attend for a site survey, please contact us for further details.

Why Buy?

• Anti-fatigue vinyl sponge matting designed to provide anti-static protection in light duty applications.
• Ideal for assembly lines, computer rooms, hospitals and photocopy areas.
• Meets IEC61340-4-1 (category DIF) measured resistance Rg 106-109 Ω, Rp 106-109 Ω.
• Electrostatic charge (walking test) meets ISO6356 and EN1815.
• Overall height 9.4mm.

Features

Use – Dry Areas
None Static (ESD)
Can be Cut to Size
Wear Resistance (Level 1)
Anti-Fatigue Rating (Level 2)
Slip Resistance (Level 1)

Level Testing 1(Good) 2(Better) 3(Best)

Wear Resistance – ASTM D3844-92. An accelerated wear test whereby total loss of material weight is measured when subjected to 5000 cycles under an abrasive wheel.
Anti-Fatigue Rating – ASTM D3574. This is a simple deflection/compression test which gives a rating depending on the difference in height of a mat before and during the time a weight has been placed on it. The greater the difference, the better the antifatigue properties and overall product performance.
Slip Resistance – ASTM C1028-89 & DIN-E-51130, 51097. These tests measure the force required to cause slippage of a local load across the surface of the material. The coefficient of friction ratio is the force divided by the weight. The higher the performance icon, the greater the coefficient of friction ratio, thus the greater the
slip resistance of the mat.