Antistatic Epoxy
Epoxy systems that keep charge accumulation under control in areas where static electricity poses a risk to production and product.
Keeping static electricity under control.
In some production environments, static electricity accumulating on the floor can damage sensitive components or trigger problems such as dust attraction. Antistatic epoxy limits this charge build-up, providing a more controlled environment while retaining epoxy’s mechanical strength.
Antistatic systems reduce charge accumulation; in more sensitive environments where the charge must be grounded in a controlled way and sparks pose a risk, conductive ESD systems are preferred. We clarify the difference between the two at the end of this page.
- Charge control: Limits static electricity build-up on the floor.
- Epoxy durability: Retains mechanical and chemical resistance.
- Hygiene: An easy-to-clean surface that does not attract dust.
- Production safety: Contributes to the protection of sensitive components.
Static-sensitive production areas.
Antistatic systems are used in controlled environments where static electricity creates problems for production or product.
Electronics assembly
Areas working with static-sensitive components.
Pharmaceutical production
Sections requiring hygiene and controlled environments.
Dust-sensitive areas
Places where static-driven dust attraction is unwanted.
Laboratories and testing
Sensitive measurement and test environments.
Precision assembly
Lines where component safety matters.
Sensitive product storage
Warehouses where static charge could affect the product.
Views from the field.
Sample floor images from applications in different facilities and conditions.
A layer that manages the charge.
An antistatic floor’s function comes from a conductive layer added to the system and its grounding connection.
- Wearing coatLimiting charge accumulation, the cleanable top layer.
- Conductive layerThe layer that distributes the charge and directs it to the grounding connection.
- PrimerThe bonding layer providing adhesion to the concrete.
- Surface preparationThe stage where the concrete is mechanically cleaned and profiled.
- Concrete slabThe existing substrate the system is built on, assessed beforehand.
- GroundingThe conductive connection tying the system into the building’s earthing.
One function, different applications.
Antistatic epoxy is adapted to the area’s usage intensity and safety expectations.
Self-leveling
An even, smooth antistatic surface.
Thin film
Antistatic protection for light use.
Anti-slip textured
A textured antistatic finish for safety-critical areas.
Heavy duty
A high-strength build-up for intensive use.
What is expected of an antistatic floor.
Limits charge accumulation
Keeps the build-up of static electricity under control.
Grounding-compatible
A build-up that directs the charge to earth.
Mechanical strength
Retains epoxy’s load and abrasion resistance.
Chemical resistance
Protection against many chemicals and spills.
Hygienic
A cleanable surface that does not attract dust.
Easy to clean
A low-maintenance surface fit for sensitive environments.
Thickness that scales with the need.
The values below are indicative typical ranges only. The final system and thickness are determined by assessing the facility’s conditions on site.
Antistatic, or ESD conductive?
Antistatic limits charge accumulation. If you need finer control or have different conditions, let’s define the right system together.
Technical documents for members
Technical data sheets, safety data sheets and application specifications are available in the membership area open to corporate clients, architects and engineers. Access is free with membership.
Other industrial flooring systems
Let’s determine the right floor for your facility, together.
Share the conditions your floor needs to withstand, and we will assess the site and propose the right system.