Anti-static Workbench Principle

Graphene anti-static desks are generally made of anti-static composite boards (commonly known as graphene anti-static desks) using graphene nanodispersion technology as the surface material and conductive base material. The conductive base material is typically conductive particleboard or graphite composite board, ensuring the entire desk surface has anti-static properties. Static electricity can be directly channeled to the ground through the anti-static surface or grounding wire.

2. Carbon-based antistatic desks are typically made from carbon-based antistatic melamine high-pressure decorative laminate (commonly known as carbon-based antistatic desks) as the surface material and conductive base material. The conductive base material is usually conductive particleboard or graphite composite board, ensuring the desk has overall antistatic properties. Static electricity can be directly channeled to the ground through the antistatic surface or grounding wire.

3. Stainless steel conductive desks are typically made from stainless steel sheet as the surface material and conductive substrate. The conductive substrate is usually conductive particleboard or a graphite composite panel, which gives the desktop conductive electrical properties. Static electricity can be directly channeled to the ground through the stainless steel surface or the grounding wire.

4. Antistatic carbon steel desks are typically made of a surface material coated with graphene-based antistatic composite coating (commonly known as carbon steel antistatic desk) and a conductive base material. The conductive base material is usually conductive particleboard or a graphite composite board, providing the desk with an overall antistatic capability. Static electricity can be directly channeled to the ground through the antistatic surface or grounding wire.