STJH NOVOLAC-08 cured antistatic floor sample showing a smooth novolac face and conductive underlayer edge on white

STJH-ANTISTATIC-EPOXY-FLOORING-NOVOLAC-08

Antistatic Epoxy Flooring Novolac Floor Coating

A thin novolac epoxy ESD system for chemical-handling areas where ordinary static-control epoxy is not the preferred resin.

Conductive novolac epoxy wearing layer
0.6-0.8 mm total system
Smooth finish with grounded primer architecture

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About This Product

NOVOLAC-08 uses a conductive novolac epoxy wearing coat over a conductive primer and prepared epoxy-primed base. The complete construction is approximately 0.6-0.8 mm, distinct from the thickness of the individual wearing coat. Novolac chemistry provides the chemical-resistance basis, while the grounding and footwear arrangement provides the static-control system. It is a smooth coating rather than a thick chemical-resistant broadcast floor.

Key Features

Dual selection criteria

Resin choice addresses the expected chemical exposure, while the conductive construction addresses static charge generated in the working area.

Through-layer conductivity

The conductive wearing material forms part of the charge path throughout its thickness, rather than relying on a temporary surface treatment.

Compact smooth body

The shallow unbroadcast build can suit sound existing floors where additional screed depth would interfere with equipment clearances.

Technical Parameters

Resin Type	Two-component novolac epoxy
Total Build	0.6-0.8 mm
Underlayers	Epoxy primer and conductive primer
Surface	Smooth nonporous coating
Electrical Construction	Through-thickness conductive wearing layer
Reference Conductive Range	2.5 × 10⁴ to 1.0 × 10⁶ Ω
Footwear Arrangement	Compatible ESD footwear
Ground Connection	Via conductive underlayer
Chemical Duty	Selected chemical splash and spill exposure
Customization	Available based on the intended application and operating environment.

Applications

Appropriate for chemical-handling electronics rooms and pharmaceutical process support areas. Chemical identity, concentration and contact duration matter when selecting the resin package. The floor and ESD footwear should be considered together instead of treating a resistance value as a complete protection system.

Solutions for Your Application

The floor must handle chemical exposure as well as static-sensitive work.

Select the novolac wearing resin with the complete grounded ESD layer arrangement.

A standard novolac coating is assumed to provide ESD control.

Specify the conductive formulation and primer explicitly; the resin name alone does not establish static-control behaviour.

Available Options

Choose colour, compatible cove and earthing configuration. Maintain the smooth unbroadcast architecture and discuss the actual chemical exposure so surface selection remains specific to the room.

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