This Heavy Duty 250 x 50 MM / 10 x 2 Inch High Quality Solid Rubber Wheel Without Ball Bearing is a robust, mid-range wheel designed for medium-duty applications. With its solid rubber build and bearing-free design, it offers reliable traction, durability, and low-maintenance performance for carts, equipment, and vehicles in industrial, commercial, or DIY settings.
Features
:- Heavy-Duty Durability: Reinforced hub handles shocks, vibrations, and rough use in challenging environments.
- Solid Rubber Tread: Delivers excellent grip on various surfaces, including wet, dry, or oily conditions; resistant to wear, chemicals, and UV degradation.
- No Ball Bearings: Simplifies design, reduces maintenance, and minimizes failure points for cost-effective, low-speed operations.
- High Quality: Non-marking rubber ensures clean performance; flexible yet tough for extended service life.
- Efficiency: Low rolling resistance for effortless movement; provides quiet, stable rolling.
- Versatility: Medium size balances portability with load-bearing capacity for diverse applications.
Applications
:- Industrial Equipment : Used in forklifts, pallet jacks, conveyor systems, and warehouse carts for heavy load handling and smooth movement.
- Construction Machinery : Ideal for wheelbarrows, trailers, and mobile platforms on rough job sites, providing durability against impacts and debris.
- Agricultural Tools : Suitable for farm trailers, harvesters, and equipment carts, offering traction on uneven or muddy terrains.
- Commercial Vehicles: Applied in dollies, service carts, and maintenance vehicles for stable, quiet transport of goods in retail or logistics settings.
- DIY and Hobby Projects : Employed in custom-built carts, garden tools, or recreational vehicles for reliable, low-maintenance performance.
- Outdoor and Recreational Use : Fits in camping trailers, ATV accessories, or utility wagons, resisting weather and providing grip on varied surfaces.
- Manufacturing and Assembly Lines : Integrated into assembly tables, material handling systems, and robotic platforms for efficient, shock-resistant operation.