Anti Static Casters

The Heavy Duty TPR Anti Static Casters 5 Inch is 5 inch, which can load 250kg for each single castor. So the castor can be installed in 300kg platform trolley. It can bearing heavy duty goods, and every screw and nut used is of high quality. Ideal for clean rooms, labs, and high-tech environments.

Prevent electrostatic hazards with our Heavy Duty TPR Anti Static Casters Wheels. Designed to safely discharge static electricity, these casters are essential in cleanrooms, electronics manufacturing, and precision assembly lines.Choose from various load capacities, wheel diameters, and mounting options to match your exact requirements.

Medium Duty TPR Anti Static Casters 4 inch are designed for reliable mobility and static control in industrial environments. TPR material is soft and has good elasticity. Suitable for occasions with low noise requirements and quiet operation.They are widely used in supermarkets, schools, hospitals, office buildings, hotels and warehouses.

Medium Duty TPR Anti Static Casters Wheels-These medium-duty caster wheels feature durable TPR (Thermoplastic Rubber) treads, offering excellent load capacity, shock absorption, and floor protection. The muting function, shock proof function and also the endurance using life are all in a top level.So as long as you have enough budget, choose this one must be your best choice.

As casters roll across surfaces an electrical charge is generated. CMCL Medium Duty Rubber Anti Static Casters 4 inch are perfect for carts used within manufacturing plants transporting sensitive goods such as computer chips, circuit boards and any other electronics requiring ESD protection.

Designed for ESD-sensitive environments, our Medium Duty Rubber Anti Static Casters Wheels feature conductive rubber wheels to safely dissipate static electricity. Anti-static caster wheels are used to prevent the build-up of static electricity, which can be cruicial in environments where electrostatic discharge could damage sensitive equipment or pose a safety risk.  They're commonly used in industries like electronics, manufacturing, and healthcare to protect delicate instruments and components