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1. Load capacity: Heavy casters have higher load-bearing capacity and can handle heavier loads. This makes it suitable for application scenarios that require handling heavy objects, such as handling heavy machinery and equipment in factories or transporting large goods. Ordinary casters are more suitable for objects with light loads and low strength.
2. Material selection: Due to the need for heavy-duty casters to withstand greater pressure and weight, more durable and high-strength materials are usually used in the selection of materials. For example, heavy-duty casters are often made of steel to ensure their stability and durability under high load conditions. Ordinary casters often use plastic or lightweight metal because these materials are lightweight enough to meet the needs of normal use.
3. Structural design: The structural design of heavy-duty casters is more sturdy and stable to withstand greater pressure and seismic impact. Ordinary casters often have a simple and lightweight structure, making them suitable for normal use and operation. The structural design is also related to the installation method of casters, and heavy-duty casters usually require a more sturdy installation method to ensure their stability during high loads and high-speed movements.
4. Usage environment: Heavy casters are usually used in industrial environments because they require handling a large amount of heavy equipment and items. These casters need to be able to adapt to different ground conditions, such as rough or uneven surfaces. Ordinary casters are usually used in home or office environments because the load is relatively low and the ground conditions are relatively flat in these scenarios.