ESD Flooring

ESD Mats & Anti-Static Flooring for Static Control in Workplaces

ESD mats and flooring are essential in environments where the safe handling of sensitive electronics, flammable substances, or precision instruments is required. Static electricity can build up from everyday movement, creating a hidden hazard capable of damaging components, causing data loss, or triggering ignition. ESD protection solutions reduce this risk by allowing static charges to dissipate through controlled resistance to a proper earth grounding point.

These systems come in various forms including bench mats, floor runners, anti-fatigue mats, interlocking flooring tiles, and bonded floor coverings. Each is engineered with either conductive or dissipative layers to suit different working conditions and discharge speeds. Many are compliant with IEC 61340-5-1 and ANSI/ESD S20.20, meeting the stringent requirements of sectors like aerospace, electronics manufacturing, cleanrooms, automotive production, and laboratories. Surface resistance typically ranges between 10⁶ and 10⁹ ohms for dissipative flooring, while conductive systems measure below 10⁵ ohms.

Beyond electrostatic control, certain ESD mats also offer oil and chemical resistance, ergonomic support, or anti-slip textures. Modular designs allow faster deployment than anti-static floor paints for temporary needs or phased upgrades. Fixed ESD flooring systems can be bonded permanently to subfloors and finished with grounding accessories including snap kits, wrist strap connectors, and static-safe cleaning products. Colour options are available for integration into workspace layouts, typically in practical shades such as grey or blue. To maintain effectiveness, floors should be tested routinely using an ESD resistance meter. For help specifying a system or integrating into existing static control procedures, contact the technical support team for advice on best practice and product compatibility.

ESD Flooring FAQs

What is the difference between conductive and dissipative ESD flooring?

Conductive flooring has a lower electrical resistance (typically <10⁵ ohms), allowing static to discharge more quickly. Dissipative flooring offers a higher resistance (between 10⁶ and 10⁹ ohms), which slows the discharge to safer levels. The choice depends on equipment sensitivity, operational requirements, and industry guidelines.

Do I need to ground ESD mats and flooring?

Yes. All ESD control systems must be correctly grounded to function. This typically involves grounding cords, snap kits, or connection points tied to a verified earth ground. Without proper grounding, static charges cannot safely dissipate.

How often should ESD flooring be tested?

Routine verification should be carried out at least once every six to twelve months, depending on usage and industry requirements. Use calibrated resistance meters or hire a professional service to ensure compliance with IEC or ANSI/ESD standards.

Are ESD mats also anti-fatigue?

Some ESD floor mats are designed with cushioned backing for ergonomic support. These are suitable for environments where staff stand for extended periods. Always confirm whether the anti-fatigue version maintains required surface resistance and grounding compatibility.

Can ESD mats be trimmed to fit around machinery or benches?

Yes. Most ESD mats can be cut to shape using a sharp utility knife. Take care not to damage the internal conductive layer. After trimming, grounding should still be verified.

What standards should ESD flooring comply with?

Key standards include IEC 61340-5-1 and ANSI/ESD S20.20, which define requirements for resistance levels, grounding, and personnel safety. For critical environments, verify product data sheets and certification before specifying.