About High Temperature Inserts UC Bearing
High Temperature Inserts UC Bearing
High Temperature Inserts (UC Bearing) are specifically designed to operate in temperatures up to 250*C 280*C. The combination of heat stabilization, greater internal clearance, advanced Viton seals, specially selected high temperature lubricants, what make these units & inserts the perfect solution that can endure operating at elevated temperatures. Available in 250*C and 280*C.
Product Flyer - C4 Internal Clearance
- Viton Seals
- Steel Cages
- Fixed and Float (expansion)
- All Housing Styles Available
High Temp Inserts | UC 204 BHTS 2RS VT 250*-280* |
| UC 205 BHTS 2RS VT 250*-280* |
| UC 206 BHTS 2RS VT 250*-280* |
| UC 207 BHTS 2RS VT 250*-280* |
| UC 208 BHTS 2RS VT 250*-280* |
| UC 209 BHTS 2RS VT 250*-280* |
High Temp Flange units UCF 204 BHTS 2RS VT 250*-280* |
| UCF 205 BHTS 2RS VT 250*-280* |
| UCF 206 BHTS 2RS VT 250*-280* |
| UCF 207 BHTS 2RS VT 250*-280* |
| UCF 208 BHTS 2RS VT 250*-280* |
UCF 209 BHTS 2RS VT 250*-280* High Temp plummer Block |
| UCP 204 BHTS 2RS VT 250*-280* |
| UCP 205 BHTS 2RS VT 250*-280* |
| UCP 206 BHTS 2RS VT 250*-280* |
| UCP 207 BHTS 2RS VT 250*-280* |
| UCP 208 BHTS 2RS VT 250*-280* |
UCP 209 BHTS 2RS VT 250*-280* |
Exceptional Heat ResistanceDesigned to operate in temperatures up to 180C, this UC Insert Bearing is suitable for high-heat industrial applications such as furnaces and textile machinery. Its advanced high-temperature grease ensures smooth operation and longevity, even in continuous, demanding processes.
Reliability for Critical IndustriesCertified under ISO 9001:2015, the bearing provides peace of mind to industries demanding stringent quality standards. Whether used in food processing or heavy machinery, its corrosion-resistant finish and double-sealed structure keep contaminants out, maintaining optimal performance.
Precision and High Load CapacityThe bearing delivers a dynamic load rating of 16.5 kN and a static rating of 8.85 kN, supporting both rotational precision and high operational loads. Featuring a P6 precision rating, its chrome steel construction and steel retainer guarantee excellent performance and durability.
FAQs of High Temperature Inserts UC Bearing:
Q: How is the High Temperature UC Insert Bearing installed in machinery?
A: The bearing features a set screw mounting system, allowing for straightforward installation onto shafts. Its UC insert structure enables secure placement while minimizing movement during high-speed operation.
Q: What advantages does the double sealed design provide in industrial environments?
A: The double seal protects the interior components from contaminants, moisture, and high-temperature exposure, substantially extending the bearings lifespan and maintaining performance across demanding applications.
Q: When should this bearing be used instead of standard bearings?
A: This bearing is ideal when your application involves high temperatures, corrosive environments, or requires high load capacity and precision, such as in food processing equipment, textile machinery, and industrial furnaces.
Q: Where is this bearing commonly utilized?
A: It is frequently used in sectors that require reliable operation under harsh conditions, including food processing plants, textile factories, and industrial furnace settings, both in Italy and internationally.
Q: What is the process for maintaining this bearing?
A: Maintenance involves inspecting the seals and cleaning the exterior. Thanks to the high temperature grease lubrication and corrosion-resistant finish, routine service needs are minimalperiodically check for wear or contamination to ensure long-term performance.
Q: How does ISO 9001:2015 certification benefit users?
A: The ISO 9001:2015 certification provides assurance of consistent quality, robust manufacturing processes, and reliability, giving distributors, exporters, importers, suppliers, and traders confidence in the product.
Q: What usage benefit does the high dynamic load rating offer?
A: With a dynamic load rating of 16.5 kN, the bearing supports heavy rotational loads, making it an effective choice for machinery subjected to intense operational demandsimproving equipment reliability and minimizing downtime.