ProShieldESD uses intrinsic conductive polymer technology to create a continuous conductive network inside the coating film. It supports controlled static charge dissipation without relying on carbon black, graphite, metal powders or humidity-sensitive anti-static behaviour — delivering stable ESD performance from 9% to 90% RH.
Many ESD materials are made conductive by adding fillers. The challenge is consistency. ProShieldESD takes a different route: conductivity is built into the polymer coating system itself.
Conductivity depends on random particle contact inside an insulating polymer matrix.
Conductivity is built into a continuous polymer network inside the coating film.
On ordinary insulating materials, static charge can accumulate on the surface and remain trapped until it finds an uncontrolled discharge path. That discharge may occur through a component, operator, tool, package or sensitive assembly.
ProShieldESD creates a controlled conductive or dissipative surface layer. When static charge reaches the coated surface, it is guided through the conductive polymer network and towards the intended grounding path as part of a complete ESD control plan.
Final dissipation performance depends on coating grade, substrate, application quality, surface resistance range, grounding method and verification testing.
Many conventional anti-static systems depend partly on moisture in the air. They may behave differently in dry rooms, air-conditioned spaces, warehouses, seasonal climate changes or low-humidity environments.
ProShieldESD is designed differently. Its conductivity comes from the intrinsic conductive polymer network inside the coating film, helping maintain stable static-control performance from 9% to 90% relative humidity.
This gives ESD coordinators and auditors a more dependable surface technology for real facilities, where humidity is never perfectly constant.
ESD performance is only valuable when it remains measurable and repeatable in real conditions. ProShieldESD combines polymer-level conductivity, homogeneous surface behaviour and humidity-independent performance to support long-term static-control reliability.
Conductivity is distributed through the polymer coating film, helping create a connected pathway for static charge movement across the surface.
The coating is designed to reduce localised high-resistance areas, cold spots and inconsistent readings caused by random filler distribution.
Stable ESD behaviour from 9% to 90% RH reduces dependence on ambient moisture, dry-room conditions or seasonal humidity changes.
The same core technology can be evaluated across different surfaces where conventional ESD materials create design, sourcing, appearance or performance limitations.
ProShieldESD is not positioned as a visual coating alone. Its performance should be verified using appropriate ESD and resistivity test methods based on substrate, coating grade, application method and final use. Final compliance depends on the complete system: surface preparation, curing, grounding design, user procedure and test method.
Whether your application involves floors, plastic parts, EVA foam, carton boxes, paper packaging, FR4, metal parts or a custom industrial substrate, ProShieldESD can help evaluate a coating route for stable ESD performance.