Pressure Roller Bearing
This is a bearing primarily lined with urethane rubber, which maintains rotational accuracy through special processing. 【Features】 ◆ By applying an appropriate radial load, it allows for the utilization of the unique friction coefficient and hardness of rubber. ◆ Urethane rubber has a higher Young's modulus and tensile strength compared to natural rubber and other synthetic rubbers, and it excels in oil resistance and wear resistance. ◆ This bearing is suitable for various applications such as feed mechanisms, guide bearings, and idler bearings. ◆ There are standard products (with rubber vulcanized) and NP products (with rubber bonded). *For more details, please request information.
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basic information
This is a bearing primarily lined with urethane rubber, which maintains rotational precision through special processing. 【Features】 ◆ By applying an appropriate radial load, it can utilize the unique friction coefficient and hardness of rubber. ◆ Urethane rubber has a higher Young's modulus and tensile strength compared to natural rubber and other synthetic rubbers, and it excels in oil resistance and wear resistance. ◆ This bearing is suitable for applications such as feed mechanisms, guide bearings, and idler bearings in various devices. ◆ There are standard products (with rubber vulcanized) and NP products (with rubber bonded). *For more details, please request information.
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Applications/Examples of results
Used for various machines' feeding mechanisms, guide bearings, idle bearings, and for transporting banknotes.
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Precision mechanism components are rarely seen by the human eye, but they are widely used as important functional parts in various devices, including office automation equipment, ticket vending machines, and gaming machines. Among them, the "one-way clutch," "torque limiter," and "reverse input cutoff clutch" are products that leverage the tribology technology, which is a core technology of the components division, contributing to the "miniaturization," "energy saving," and "simple design" of devices.
