Polyurethane Caster Wheels for Hardwood Floors

Polyurethane caster wheels for hardwood floors are casters designed specifically for movement on hardwood floors, they have specific properties and features to ensure smooth, quiet and low-wear movement on hardwood floors. These casters are usually made of polyurethane material, which is widely used in various caster manufacturing due to its excellent physical and chemical properties.

Why choose polyurethane material

  ● The unique molecular structure allows polyurethane casters to resist a variety of surface abrasions, including scratches and scuffs on hardwood floors. At the same time, the elasticity and flexibility of the polyurethane material itself also give it excellent impact resistance and can withstand shock and vibration under various conditions.

  ● Polyurethane casters have lower rolling resistance than casters made of other materials, which can reduce energy consumption and reduce the force required to push equipment or devices. This feature can not only improve the efficiency of the equipment, but also reduce wear and tear on the equipment and extend the service life of the equipment.

  ● It has good sound absorption and shock absorption properties, which can reduce the noise and vibration generated when the equipment is running. This is especially important in situations where quiet, stable operation is required, such as in homes, offices or libraries.

  ● It has strong corrosion resistance to a variety of chemicals and solvents and is not susceptible to corrosion or dissolution. This makes it widely used in industrial settings where exposure to chemicals is required, as well as in households where there may be exposure to chemicals such as cleaners.

Production Process

  ● Raw material preparation: Select polyether, polyester, MDI and other raw materials, and select suitable polyurethane materials according to the actual use environment and usage requirements.

  ● Mixing and reaction: Mix the selected raw materials evenly according to the formula, then add catalysts and other auxiliaries for reaction. During the reaction process, factors such as reaction time, temperature, and pressure need to be controlled to ensure that the reaction proceeds fully and evenly.

  ● Molding and post-processing: The polyurethane material produced by the reaction is heated and pressed to form the shape of the caster. After molding is completed, cooling is required to facilitate mold removal. Finally, the appearance and performance are tested to ensure that the casters meet product standards and customer needs.

Product advantages

  ● Polyurethane casters are designed to reduce wear and scratches on the floor, ensuring that movement on hardwood floors does not cause damage to the floor.

  ● The smooth rolling design of the casters makes the equipment more stable when moving, reducing noise and vibration.

  ● The low rolling resistance feature requires less force to move the device, improving its operating efficiency and reducing energy consumption.

  ● Excellent wear resistance, impact resistance and corrosion resistance give polyurethane casters a long service life and reliable performance.

  ● The environmental protection and recyclability of polyurethane materials mean that polyurethane casters will not cause pollution to the environment during use, and they are also in line with the environmental protection concepts of modern society.