The Influence of lightduty caster design and material selection on performance

Lightduty casters are components commonly used in furniture, hand carts, luggage, and other products, and their design and material selection have a significant impact on performance.

1. Design impact: The design of lightweight casters includes aspects such as tire shape, wheel axle structure, and wheel axle fixing method. Reasonable design can improve the stability, wear resistance, and shock absorption effect of the wheels. For example, using a circular tire can reduce friction and improve rolling efficiency; using a double axle structure can increase load capacity and stability; using a spring shock absorption structure can reduce the impact of vibrations on the product.

2. Material selection impact: The material selection of lightweight casters directly affects their wear resistance, load capacity, and corrosion resistance. Common tire materials include rubber, plastic, and polyurethane, with different materials having different hardness, wear resistance, and elasticity, which need to be selected based on specific usage environments and requirements. Wheel axle materials are usually chosen as steel or aluminum alloy, with steel having high strength and wear resistance suitable for situations with high load capacity, and aluminum alloy being lightweight and corrosion-resistant, suitable for situations where weight needs to be reduced.

Overall, the design and material selection of lightweight casters need to comprehensively consider factors such as the product's usage environment, load capacity, and shock absorption effect in order to improve the product's performance and longevity.

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