Certified ESD flooring that stays stable from 9% to 90% RH.
Convert suitable existing floors into permanent static-control surfaces using ICP-based polymer technology — with no carbon fillers, no metallic particles, and no copper tape grid requirement.
A cleaner, smarter alternative to conventional ESD flooring.
Many ESD floors depend on thick epoxy systems, conductive tiles, carbon-loaded coatings, metallic fillers or copper tape grids. ProShieldESD uses a conductive polymer platform to create stable, homogeneous ESD behaviour on suitable flooring substrates.
Humidity-independent performance
Tested for stable ESD behaviour across low and high relative humidity conditions, including 9% to 90% RH positioning.
No copper tape grid required
Grounding can be designed using a conductive paint grid system, helping create a cleaner, seamless and more professional installation.
Retrofit existing floors
Upgrade suitable concrete, epoxy and industrial floors without complete floor replacement or major civil work.
Load and wear durability
Designed for industrial floors exposed to foot traffic, carts, equipment movement, cleaning cycles and heavy-use zones.
Conductivity built into the coating system.
ProShieldESD is based on intrinsic conducting polymer technology. The coating forms a stable conductive network without relying on carbon, graphite or metallic fillers.
Homogeneous ESD behaviour
Designed to deliver consistent static-control performance across the coated floor surface.
Filler-free conductive polymer platform
Unlike conventional filler-loaded coatings, ProShieldESD’s conductivity is engineered into the polymer system itself.
Durable bonding and environmental stability
Developed for long-term protection, industrial handling, variable humidity and practical flooring environments.
Replace copper tape grids with a conductive paint grid approach.
Conventional ESD flooring often uses copper tape grids for grounding. ProShieldESD projects can use a conductive paint grid system as part of the grounding design, helping deliver a cleaner visual finish and a more seamless flooring installation.
For high-value, static-sensitive floors.
ProShieldESD flooring is suitable for facilities where electrostatic discharge can affect safety, quality, reliability, electronics or sensitive materials.
Electronics manufacturing
PCB assembly, testing, repair, inspection and component handling areas.
Data centres and telecom
Static-control floors for sensitive electronic infrastructure, server rooms and equipment areas.
Aerospace and defence
ESD-safe flooring for critical electronics, avionics and defence production zones.
Battery and EV production
Flooring for battery assembly, energy storage and high-value manufacturing zones.
Industrial warehouses
Large floor areas exposed to movement, traffic, pallets, carts and logistics activity.
Cleanrooms and laboratories
Controlled flooring environments for precision manufacturing and technical operations.
Large-area ESD flooring without full floor replacement.
See how ProShieldESD can support large-area flooring applications where existing floors need to be converted into stable, repairable ESD-safe surfaces.
Large-area flooring applications
Learn how ProShieldESD can help convert large industrial floors into ESD-safe surfaces while reducing disruption compared with full floor replacement.
View flooring case study →Data centre flooring relevance
For data centres and telecom rooms, static-control flooring can help protect sensitive electronic infrastructure and support safer technical environments.
Industrial service areas
For warehouses, assembly areas and production floors, ProShieldESD provides a retrofit route for ESD-safe surface conversion.
Use ProShieldESD as a product or choose flooring as a service.
Applying ESD flooring requires surface preparation, correct grounding design, controlled application and final verification. ProShieldESD can support both product specification and professional coating application.
Surface preparation
Review and prepare the floor for adhesion, coating quality and ESD performance.
Conductive grid design
Use a conductive paint grid approach where required as part of the grounding system.
Testing and verification
Verify conductive or dissipative behaviour after application according to the project ESD control plan.
From floor assessment to ESD verification.
Each flooring project should be specified based on substrate condition, required resistance range, grounding design, traffic level and final usage.
Assess the floor
Review substrate type, existing coating, cracks, contamination, traffic level, load conditions and application environment.
Prepare and apply
Prepare the surface, apply the conductive paint grid where required, and coat with the suitable ProShieldESD flooring system.
Test and document
Verify conductive or dissipative performance according to the project’s ESD control plan and applicable test methods.
Learn before you specify.
Explore ProShieldESD technology, technical articles, flooring case studies and FAQs before choosing your ESD flooring system.
Technology
Understand how conductive polymer technology creates filler-free, stable and long-term ESD surface control.
Open Technology page →Knowledge Hub
Read technical articles covering ESD fundamentals, applications, standards, testing and troubleshooting.
Open Knowledge Hub →FAQs
Find answers to common questions about ProShieldESD technology, applications and performance.
View FAQs →ESD floor coating for existing industrial floors
ProShieldESD is an ESD floor coating system designed to convert suitable existing floors into static-control surfaces. It is suitable for projects where complete floor replacement is expensive, disruptive or unnecessary. The coating can be specified for conductive or dissipative performance depending on the required ESD control plan.
Unlike conventional anti-static flooring, carbon-loaded coatings or metallic filler systems, ProShieldESD is based on intrinsic conducting polymer technology. This helps create a stable conductive network while avoiding carbon, graphite and metallic filler dependency.
For flooring projects, ProShieldESD can also support a conductive paint grid approach as part of the grounding system. This can help avoid the need for visible copper tape grids and create a cleaner, more seamless flooring installation.
Common questions about ProShieldESD flooring.
Can ProShieldESD be applied over existing floors?
Yes, suitable existing concrete, epoxy and industrial floors can potentially be upgraded after proper inspection and surface preparation. Final suitability depends on substrate condition, adhesion, contamination, traffic level and project requirements.
Does ProShieldESD require copper tape grid installation?
ProShieldESD projects can use a conductive paint grid approach as part of the grounding design, helping avoid visible copper tape grids in many flooring applications.
Is the flooring humidity dependent?
ProShieldESD is positioned as humidity-independent ESD technology and has been tested for stable performance across low and high relative humidity conditions, including 9% to 90% RH.
Can ProShieldESD handle load, wear and industrial traffic?
ProShieldESD flooring is designed for industrial floor use, including foot traffic, carts, equipment movement and cleaning cycles. Final durability depends on substrate preparation, coating system selection, application quality and usage conditions.
Do you provide flooring installation as a service?
Yes. ProShieldESD can support product supply and professional coating application through flooring as a service. This includes surface preparation, coating application, curing and quality assurance support.
Need product supply or complete flooring service?
ProShieldESD can support both product specification and professional flooring application. Explore the technology, read the knowledge base, download the TDS or contact us for your flooring project.