Container Mobile House Wheels

The wheels of container mobile houses are typically made of cast iron polyurethane material, specifically designed for moving empty containers, featuring wear resistance, pressure resistance, quiet noise reduction, and compatibility with standard container corner fittings.

I. Material and Structure

The wheels of container mobile houses, especially the casters used for internal container adjustment in factory areas, often adopt a combination of thickened cast iron wheel frames paired with heavy-duty polyurethane wheel cores. This combination ensures that the wheels are structurally stable and reliable, capable of withstanding the heavy loads of empty containers. The cast iron brackets are impact-resistant and not easily deformed, remaining intact even after long-term repeated use. The polyurethane wheel cores, on the other hand, are wear-resistant and pressure-resistant, rolling quietly without scratching epoxy floors or concrete surfaces, perfectly suited for indoor factory operations.

II. Functional Characteristics

1. Standard Compatibility: Container casters are specifically designed for standard containers, allowing direct attachment to the container's corner positions without the need for welding or modifying the container body, making installation simple and quick.
2. Flexible Movement: Equipped with traction loops, they can be used with forklifts or towing vehicles for traction movement, enabling the overall translation and steering of containers. They perform excellently in scenarios such as narrow aisles in workshops, container repositioning between workstations, and alignment placement.
3. Safety and Reliability: They come with a precise brake locking mechanism that can be locked with a single button after movement, ensuring the container remains stable and does not slip, eliminating safety hazards.

III. Application Scenarios

The wheels of container mobile houses are widely used in container production workshops, modification factory areas, and yard operations. They solve the problem of short-distance movement of empty containers, improving production flow efficiency, reducing equipment costs, and simplifying scheduling. At the same time, these wheels are also suitable for container houses that require frequent movement or repositioning, such as temporary dormitories, temporary offices, and field operation sites.