How it works
Unlike regular epoxy, antistatic epoxy contains conductive additives like carbon powder or metal particles.
These materials create a path for static charges to flow safely into the ground, preventing them from accumulating on the surface.
Key features
Safety: Prevents damage to sensitive electronic components and eliminates the risk of sparks that could cause fires or explosions in flammable environments.
Conductive layers: It is a specialty coating system with conductive layers that safely dissipate static charges into the ground.
Durability: Offers the same high performance as standard epoxy, such as resistance to pressure and wear.
Common applications
Electronics manufacturing: Protects delicate components from electrostatic discharge (ESD).
Data centers: Prevents damage to servers and other critical equipment.
Laboratories and healthcare: Ensures the safety of sensitive testing equipment and personnel.
Cleanrooms: Prevents static buildup in sterile environments.
Warehouses: Safely stores and handles flammable materials or products sensitive to static.
Chemical plants and the military: Manages the risk of static discharge in areas with flammable substances.
