Conductive epoxy flooring slab in three-quarter view with a graphite surface, black conductive corner and copper earth plate

Cleanroom Flooring Systems

Epoxy conducteur de sol

A low-resistance epoxy floor build-up engineered to carry electrostatic charge rapidly through a conductive layer and dedicated earth points.

Low-Resistance Path to Earth
Carbon-Modified Wearing Layer
Dedicated Earth Connections
Chemical and Wear Resistance

Demander un devis. Browse les produits

Introduction de produit

Conductive epoxy flooring is intended for spaces where charge must move rapidly to a verified ground, including rooms with flammable vapor, combustible dust or sensitive high-energy processes. A bonded primer supports copper earth points, a black conductive primer equalizes the field, and a carbon-modified epoxy wearing layer completes the path. Compared with general antistatic flooring, the typical average resistance is lower. The layer sequence, grounding density and continuity across repaired cracks are therefore treated as functional parts of the system rather than optional accessories.

Key Features

A conductive primer creates a uniform electrical plane beneath the colored wearing layer.

Carbon fibers or conductive mineral additives provide through-thickness continuity after normal surface wear.

Dedicated earth points route charge into the approved building grounding network.

A smooth-textured epoxy finish balances cleaning access with practical traction in controlled industrial rooms.

Préoccupations du client produit

Low resistance must remain continuous over the whole floor; cracks, isolated repairs or an incomplete conductive primer can interrupt the route to earth.

A spark from accumulated charge can ignite vapor or fine airborne powder.The low-resistance epoxy system conducts charge through the carbon-modified layer to dedicated earth points.

A repaired crack creates an electrically isolated strip across the room.Crack repair, conductive primer and grounding continuity are reinstated before the wearing layer is applied.

Black conductive primer shows through pinholes in a thin colored finish.Controlled consumption and full wetting of the wearing layer produce a closed, uniform colored field.

A highly smooth floor becomes slippery where occasional liquid is present.A calibrated fine texture can improve traction while preserving electrical contact and cleanability.

Les applications typiques

Solvent-handling clean areasBattery charging roomsPharmaceutical powder processingChemical laboratoriesExplosion-risk production zones

Paramètres techniques

The ranges below describe a thin, smooth-textured conductive epoxy system for cementitious substrates.

Matériaux de base	Conductive epoxy primer and carbon-modified pigmented epoxy wearing resin
Panneau épaisseur	0.6–0.8 mm nominal conductive coating system thickness
Largeur effective	Typically 2000–3500 mm measured placement bay width
Longueur maximale	Typically up to 12000 mm electrically continuous run between movement joints
Acier face épaisseur	0 mm; carbon additives and copper earth strips replace any steel facing
Densité Core	Approximately 1500–1700 kg/m³ for the mixed conductive resin layer
Conductivité thermique	Typically 0.32–0.48 W/(m·K) for carbon-filled cured epoxy
surface finie	Smooth-textured semi-gloss colored epoxy with optional restrained slip profile
Type joint	Primer, copper earth point, conductive primer and conductive wearing coat; typical average resistance to ground 1 × 10⁵–1 × 10⁶ Ω
Customisation	Disponible en fonction de l'application prévue et de l'environnement d'exploitation.

Options disponibles

Smooth or fine-textured conductive finishChemical-resistant conductive top layerAdditional grounding points for divided roomsCompatible conductive cove detail

Planning a Conductive Epoxy Flooring specification?

Envoyez-nous vos dimensions, conditions d'installation, objectifs de performance et finition de surface requise.

Parlez à notre équipe