Reinforced Conductive Heavy Duty Casters (400kg)
Load Capacity: ≤400kg
Installation Method: Top Plate
Installation Size: 78x78mm
Top Plate Size: 100x100x3mm
Bolt Hole Size: 11mm
Load Height: 106mm
Wheel Diameter: φ76xW50mm
Wheel Material: Conductive Nylon
Bracket Type: Swivel/Rigid
Bracket Material: Q235 Steel
More Items You Might Request
| Wheel Diameter | Tread Width | Load Capacity | Wheel Material | Bracket Type | Installation Type | Installation Size | Overall Height |
|---|---|---|---|---|---|---|---|
| φ76mm | 50mm | 400kg | Conductive Nylon | Swivel/Rigid | Top Plate | 78x78mm | 106mm |
Features
Reinforced conductive heavy duty casters are designed to provide both mobility and electrostatic discharge (ESD) protection for sensitive electronic equipment. Some of the key features of these casters include:
- Conductive properties: Reinforced conductive heavy duty casters are made from materials that are conductive, which means they can safely dissipate static electricity to prevent damage to sensitive electronic equipment.
- Load capacity: These casters have a high load capacity and can support heavy equipment and machinery. They are designed to distribute the weight of the load evenly and reduce the risk of damage to floors or surfaces.
- Wheel materials: Reinforced conductive heavy duty casters are available in a variety of wheel materials, including rubber, polyurethane, and steel. Rubber and polyurethane wheels provide good shock absorption and are ideal for use on uneven surfaces, while steel wheels are better suited for heavy loads and rough terrain.
- Brake options: These casters can be equipped with various brake options, including total lock brakes, which lock both the wheel and swivel, and directional lock brakes, which lock the swivel but allow the wheel to rotate.
- Swivel options: Reinforced conductive heavy duty casters can have different swivel options, such as a single or double ball raceway. Double ball raceway swivels offer better stability and durability.
- Corrosion resistance: Some reinforced conductive heavy duty casters are designed to resist corrosion and rust, making them suitable for use in harsh environments, such as outdoor or marine applications.
- Reinforcement: These casters are reinforced to provide extra strength and durability. They may have thicker frames, larger bearings, or other design features to support heavy loads and resist damage.
- Conductive hardware: Reinforced conductive heavy duty casters are often equipped with conductive hardware, such as bolts, nuts, and washers, to ensure that the entire caster is conductive.
Applications
Reinforced conductive heavy duty casters are designed to provide both mobility and electrostatic discharge (ESD) protection for sensitive electronic equipment. Some of the common applications of these casters include:
- Electronics manufacturing and assembly: Reinforced conductive heavy duty casters are used in electronics manufacturing and assembly facilities to transport sensitive electronic equipment, such as circuit boards, semiconductors, and computer components. They help to prevent damage to the equipment from electrostatic discharge.
- Semiconductor manufacturing: These casters are used in semiconductor manufacturing facilities to transport equipment used in the production of microchips and other electronic components. They help to maintain a clean and ESD-protected environment.
- Cleanroom environments: Reinforced conductive heavy duty casters are used in cleanroom environments, such as those found in pharmaceutical manufacturing and biotechnology research, to transport sensitive equipment without introducing contaminants or generating electrostatic discharge.
- Aerospace industry: These casters are used in the aerospace industry to transport sensitive equipment, such as avionics and electronic instrumentation, on the manufacturing floor and during maintenance and repair.
- Medical equipment manufacturing: Reinforced conductive heavy duty casters are used in medical equipment manufacturing facilities to transport sensitive electronic equipment, such as MRI machines, CT scanners, and other medical imaging devices.
- Military and defense applications: These casters are used in military and defense applications to transport sensitive electronic equipment, such as communications equipment and radar systems.
