Why “ESD” and “anti-static” get mixed up

On UK sites, “anti-static” often becomes a catch-all label for any mat that feels less clingy or less dusty. ESD (electrostatic discharge) control is more specific: it’s about controlled discharge and measured electrical performance to protect components and reduce quality failures.

If you’re building or maintaining an EPA (Electrostatic Protected Area), treat “anti-static” as a marketing term unless it’s supported by test data and an installation method that matches your site standard.

If you’re currently searching for ESD matting or anti-static floor mats, start here: /matting/esd-anti-static/

Quick definitions (plain English)

  • Anti-static: Broad term; may mean “reduces static build-up” but doesn’t always specify resistance or how the system is grounded.
  • Static-dissipative: Designed to bleed charge away at a controlled rate; typically what teams mean when they ask for ESD floor matting.
  • Conductive: Allows charge to move very quickly; not always appropriate if it risks fast discharge.

What to specify (the checklist that prevents rework)

When you request pricing or a spec pack for ESD matting, include:

  1. Your EPA standard (or the compliance framework you’re aligned to).
  2. Target resistance range (if known) and how you verify it (routine testing, audits).
  3. Layout and traffic: benches, operator positions, walk paths, carts, stool legs.
  4. Grounding approach: where you can bond to earth, and any constraints.
  5. Contaminants and cleaning: dust, oils, solvents, and the cleaning chemicals used.

This is exactly what we ask for when you contact the team: /contact#contact-form

Do you always need grounding?

In most real EPAs, yes: performance depends on a system (matting + bonding/grounding + procedures), not just a tile surface. The right approach depends on your floor build-up and what you’re trying to protect.

If you’re unsure, send your current method statement or your target requirements and we’ll propose a layout-ready solution with documentation.

Common buying mistakes (and how to avoid them)

Mistake 1: Treating “anti-static” as a specification

Fix: ask for a documented resistance range and a grounding method aligned to your EPA standard.

Mistake 2: Ignoring ergonomics

Operators standing for long shifts need anti-fatigue support. Spec ESD performance and comfort, then choose the right format and ramping.

Mistake 3: Not planning edge exposure and trip risk

Matting needs to work for humans and material flow. Include ramps, edges and crossing points in the brief.

What to do next