Container House Caster Wheel Images

Currently, we cannot directly provide images of container house caster wheels, but we can offer a科普 (popular science) explanation of their structure, application scenarios, and selection criteria.

Container house caster wheels are support and mobility devices specifically designed for mobile container houses. They typically consist of a wheel body, bearings, a bracket, and a fixing structure. Their core function is to enable flexible movement of the container house through a 360-degree rotating wheel body while ensuring stability during use through a fixing mechanism.

Structural and Functional Characteristics

1. Wheel Body Material: Mostly made of high-strength polyurethane or rubber, these materials offer wear resistance, shock absorption, and noise reduction properties, adapting to various ground surfaces (such as concrete and gravel).
2. Bearing Design: Equipped with precision bearings, they ensure smooth rotation and strong load-bearing capacity. The load-bearing range of a single wheel is typically between 500kg and 2 tons, depending on the model and specifications.
3. Bracket Structure: The bracket is fixed to the bottom of the container house via bolts or welding. Some models feature hydraulic lifting functions to adjust the house's height for uneven ground.
4. Brake Mechanism: Most caster wheels are equipped with foot or hand brakes, allowing the wheel body to be fixed after movement to prevent the house from sliding.

Application Scenarios

1. Temporary Buildings: For scenarios requiring frequent relocation, such as construction site offices and exhibition halls, caster wheels enable quick adjustment of the house's position.
2. Emergency Rescue: Temporary shelters after disasters can be rapidly deployed and transferred using caster wheels.
3. Commercial Use: Mobile shops and cafes can flexibly change their business locations using caster wheels.

Selection Criteria

1. Load-Bearing Requirements: Choose a wheel body load-bearing grade based on the total weight of the container house (including internal equipment), reserving a 20% safety margin.
2. Wheel Diameter Size: A larger wheel diameter enhances passability (e.g., over thresholds and trenches) but must match the house's height to avoid ground contact.
3. Quantity Configuration: Typically, each container house requires 4-8 caster wheels, evenly distributed to disperse pressure.
4. Environmental Adaptability: For humid or corrosive environments, select stainless steel bearings; for cold regions, choose low-temperature-resistant rubber wheel bodies.

To obtain specific product images, it is recommended to search for keywords such as "container house caster wheel" or "集装箱房屋万向轮" on industrial equipment supplier websites, e-commerce platforms (e.g., Alibaba, Amazon Industrial Products Channel), or professional mechanical drawing libraries (e.g., TraceParts, McMaster-Carr).