ProShieldESD converts suitable EVA foam inserts, thick foam pads, case linings and cushioning components into ESD-control surfaces. Use the foam thickness, density and geometry your application needs — then add static-control performance with ProShieldESD coating.
ESD foam is not always available in the thickness, density, colour, size or quantity required for real projects. ProShieldESD gives foam converters, packaging suppliers and manufacturers a practical alternative: use suitable standard EVA foam, cut it to the required geometry, then apply ProShieldESD to create an ESD-control surface.
Create ESD-control foam from suitable EVA foam in the required thickness, including thick inserts and cushioning pads.
Support prototype, NPI, field kit, repair, replacement and limited-batch projects without waiting for special ESD foam stock.
Coat suitable EVA foam after die-cutting, CNC cutting, pocketing, nesting or case-lining so ESD performance follows the final design.
Buy the ProShieldESD coating and convert suitable foam parts after cutting, shaping, nesting or case-lining.
A customer required 1-inch and 2-inch thick EVA foam in limited quantity for a static-sensitive application. The challenge was not the foam shape — it was availability. Thick ESD EVA foam in the required specification was difficult to source, especially at low volume.
The customer needed thick EVA foam in a specific quantity and specification, but suitable ESD foam stock was not readily available without sourcing delays or minimum-order constraints.
Suitable standard EVA foam was selected in the required thickness and converted with ProShieldESD coating to create an ESD-control foam surface.
The required foam thickness, cushioning design and low-volume requirement were preserved while static-control functionality was added after fabrication.
ProShieldESD 1EF1 is developed for EVA foam surfaces. It allows standard foam inserts, thick pads, case linings and cushioning parts to be converted into anti-static, ESD or conductive surfaces without depending on carbon-loaded foam stock.
Useful for cut inserts, pockets, liners, pads and custom foam shapes where ESD performance is needed on the finished foam surface.
The homogeneous coating creates consistent ESD behaviour across the coated foam surface.
Select the surface resistance range based on the application: anti-static, ESD or conductive versions are available.
When ESD foam is not available in the required thickness, density, size or quantity, ProShieldESD gives engineering teams a practical alternative. Source suitable EVA foam, cut it to the required shape, then convert the surface into an ESD-control layer.
ProShieldESD coating helps convert selected EVA foam parts into ESD-control assets across electronics, defence, telecom, EV, medical, logistics and ATEX-relevant applications.
1-inch, 2-inch, multilayer, deep-pocket and non-standard EVA foam inserts where ESD foam stock is difficult to source.
PCB inserts, IC module foam, sensor packaging, connector trays, control board cushioning and sensitive electronics protection.
Pelican-style case foam, field-service kits, avionics cases, telecom repair kits, instrument cases and drone service kits.
ESD tool organisers, aerospace tool-control foam, soldering tool trays, calibration tool foam and bench organisers.
PCB support pads, inspection supports, rework station cushions, soft nests, module holding pads and delicate assembly fixtures.
Foam-backed vacuum pickup tools, soft-contact gripper pads, end-effector cushioning and automation contact surfaces.
Avionics module inserts, UAV electronics foam, field diagnostic kits, rugged sensor packaging and mission equipment cases.
SFP module inserts, fibre-optic component foam, line-card transport inserts, network equipment cases and telecom field kits.
ECU foam, ADAS sensor inserts, LiDAR/radar module foam, BMS electronics packaging and EV service kit inserts.
Diagnostic device inserts, lab instrument foam, calibration equipment cases, sensor kits and medical electronics service kits.
Warranty return foam, refurbished electronics packaging, RMA transport inserts, service exchange kits and reusable shipping foam.
Gas detector case foam, hazardous-area sensor kit foam and static-control foam inserts used in final compliance-driven projects.
Foam is often close to the product: inside the case, under the tool, around the PCB, or against the component. Converting the foam surface helps reduce uncontrolled static risk while keeping the protective function of the foam.
Coated foam can help teams distinguish ESD-control foam from ordinary cushioning foam in production, storage and transport.
Apply the coating only where ESD control is needed: inserts, liners, pockets, pads, contact areas and selected foam surfaces.
Helps ESD teams manage foam inserts, tool boards and packaging systems as part of a controlled static-sensitive process.
ProShieldESD is designed for projects where the exact EVA foam thickness, density, shape or quantity is difficult to source as ready-made ESD foam. Use suitable standard EVA foam, fabricate the insert or pad, then apply ProShieldESD as a controlled functional ESD coating.
The coating can be selected for anti-static, ESD or conductive performance depending on the required resistance range, application environment and ESD control target.
Suitable for 1-inch, 2-inch, layered, deep-pocket, shaped and low-volume EVA foam projects where standard ESD foam stock is difficult to source.
Apply after die-cutting, CNC cutting, pocketing, nesting, lamination or case-lining so the ESD coating matches the final foam geometry.
Brush, roller or spray application can be selected based on foam geometry, required coverage, process control and target resistance range.
Each project should be evaluated based on foam type, thickness, density, geometry, compression, abrasion exposure, resistance target and end-use environment.
Choose suitable EVA foam in the required thickness, density, hardness, size and geometry.
Die-cut, CNC-cut, pocket, laminate or shape the foam based on the final insert, pad or case design.
Apply the suitable ProShieldESD grade by brush, roller or spray based on foam shape, coating coverage and resistance target.
Test the coated foam surface for the required anti-static, ESD or conductive performance range.
Review the EVA foam coating TDS, ProShieldESD technology and supporting technical content before selecting the coating grade and application method.
Review surface resistivity ranges, coating grades, application methods, curing guidance and product specifications.
Download TDS →Understand how ProShieldESD conductive polymer coatings create long-term static-control surfaces.
Open Technology page →Explore ESD fundamentals, applications, standards, testing and troubleshooting resources.
Open Knowledge Hub →ProShieldESD is an ESD foam coating designed to convert suitable EVA foam inserts, case linings, cushioning pads, tool-control foam, soft nests and flexible foam components into static-control surfaces. It is useful when ESD foam is difficult to source in the required thickness, density, colour, size or quantity.
Many projects require a specific foam thickness or geometry, such as 1-inch or 2-inch EVA foam, deep-pocket case inserts, low-volume prototype packaging, rugged service kit foam or custom protective cushioning. ProShieldESD allows teams to use suitable standard foam and add anti-static, ESD or conductive performance at the surface after fabrication.
Applications include ESD foam inserts, electronics packaging foam, EVA foam case inserts, ESD tool-control foam, aerospace and defence foam packaging, telecom equipment foam, automotive electronics foam, EV electronics packaging, medical electronics inserts, repair logistics foam and ATEX-relevant instrument case foam.
Yes. Suitable EVA foam in the required thickness can be evaluated and coated with ProShieldESD to create an ESD-control surface, which is especially useful when thick ESD foam stock is difficult to source.
Yes. ProShieldESD is useful when the required ESD foam quantity is too small for special foam sourcing or minimum-order requirements, such as prototypes, service kits, replacement inserts and limited-batch packaging.
Yes. The coating can be applied after foam cutting, shaping, pocketing or case-lining, depending on the foam geometry and required coated surface area.
ProShieldESD 1EF1 is available in anti-static, ESD and conductive grades. The correct grade should be selected based on the application and ESD control requirement.
Use the EVA foam your application requires, then apply ProShieldESD coating to add static-control performance. Talk to our technical team to select the right coating grade and application method.
Note: Final performance depends on foam type, thickness, density, surface condition, coating grade, application method, curing conditions, compression, abrasion exposure and verification testing. ATEX-related use depends on the finished part, assembly or equipment in its intended use condition.