Value Collection VWH4X2MOPR Polyurethane Caster Wheel

Product Description

The VALUE COLLECTION VWH4X2MOPR is a polyurethane caster wheel designed for use in industrial, commercial, and light-duty institutional applications. It features a roller bearing for smooth, efficient load movement across hard and semi-hard floor surfaces. The polyurethane wheel material resists wear, oil, and grease, making it well suited for shop floors, equipment carts, and service carts in demanding environments. At 2.7 pounds, the wheel ships as a single unit. Maintenance teams, facilities technicians, and industrial equipment assemblers are the typical installers.

This caster wheel is used wherever rolling mobility is needed on equipment carts, workbenches, tool carts, and mobile utility platforms. Polyurethane construction makes it a practical choice in facilities where floor protection matters alongside load-bearing durability. The roller bearing design supports consistent rotation under load without excessive friction, reducing wear on both the wheel and floor surface over extended service cycles.

Key Features

• Polyurethane wheel material resists wear, oils, and grease
• Roller bearing for smooth, low-friction rotation under load
• Floor-friendly construction reduces scuffing on hard surfaces
• Single-unit packaging for individual replacement or custom cart builds
• Compact form factor suitable for light-to-medium duty rolling equipment

Compatibility

Designed as an OEM-style replacement or upgrade caster wheel for industrial carts, mobile workbenches, and utility platforms requiring a roller bearing polyurethane wheel configuration.

Installation Notes

Installation is typically performed by maintenance technicians or equipment assemblers. Before replacing a caster wheel, ensure the equipment is fully unloaded and stationary on a level surface. Secure the equipment frame or cart so it cannot roll or tip during service. Verify that the stem or plate mount of the replacement wheel matches the existing caster housing before installation.