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Solid grease is formed by injecting a polymer material into the bearing using a casting process. The polymer absorbs and retains saturated lubricating oil, forming small clearances around the rolling elements, cage, and raceways to allow free rotation. It effectively prevents lubricant leakage and ensures clean operation by keeping the lubricating oil sealed within the bearing. During operation, the bearing can utilize a large reservoir of lubricant, resulting in extended lubrication life.

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Bearing series

High Temperature Bearing

High temperature bearings are specially designed rolling bearings for harsh operating conditions such as continuous high temperatures, intermittent high temperatures, and rapid thermal cycling. Through the use of specialized materials, heat treatment, lubrication, and structural design, they ensure stable operation even at temperatures where conventional bearings would fail. Manufactured from heat-resistant bearing steel, stainless steel, or high-temperature alloys, these bearings offer excellent high-temperature performance. They can operate reliably for extended periods in elevated temperatures without seizure, annealing, or loss of accuracy.

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Bearing series

Insert Bearing

Mounted bearing units combine a rolling bearing with a housing into an integrated assembly. They are typically equipped with double-sided seals to protect against dust, water, and contaminants, ensuring reliable performance in harsh environments. These units are available in various structural designs with good versatility and interchangeability. They also offer a certain degree of self-aligning capability, making installation easy. The double sealing structure further enhances their suitability for demanding operating conditions.

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Bearing series

Spherical Plain Bearing

Spherical plain bearings are based on a spherical sliding contact between the inner and outer rings. According to their design, they can be classified into radial, angular contact, thrust, and rod end spherical plain bearings. They offer high load-carrying capacity and excellent resistance to shock loads, along with features such as corrosion resistance, wear resistance, self-aligning capability, and good lubrication performance or maintenance-free operation with self-lubricating designs. These bearings are primarily used for low-speed oscillating or tilting movements and are well-suited for heavy-duty and alternating shock load applications.

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Bearing series