High Temperature Bearings
High-temperature applications demand bearings that can withstand extreme heat without sacrificing performance, durability or reliability. IBSCO high temperature ball bearings provide benefits including reduced amount of time spent on upkeep of machines and more trustworthy production. Under high or extreme temperatures standard bearings experience difficulties such as increased operation noise, vibration and wear that can eventually lead to the failure of the bearings. High temperature ball bearings are manufactured specifically for applications that run in harsh environments where machines can't be greased as in low or room temperature applications. At IBSCO, we carry inch and metric size high-temperature bearings that maintain exceptional performance at temperatures to 400°F (204°C) and beyond. These bearings which are ideal for extreme high temperature applications are designed to provide high reliability, longer life and reduce machine operating costs.
Our high-temperature bearings are manufactured from heat-stabilized stainless steels and ceramic materials. We also improve the high-temperature performance of our bearings through features such as:
- Perfluorinated polyether (PFPE) and other high-temperature lubricants
- “Loose” internal clearances to accommodate larger coefficients of expansion
Selection & Quality of Our High Temp Bearings
Thanks to our extensive and fully stocked warehouse, effective inventory management services and JIT capabilities, we keep our customers stocked with the right high temperature ball bearings for their standard and custom applications.
In addition, our ongoing commitment to high-performance, high-speed bearings includes our extensive in-house lot traceability practices and ISO 9001:2008 certification.
Heat Resistant Ball Bearing Manufacturers
With international sourcing capabilities and a strong network of manufacturers and suppliers, we can quickly provide bearings for heat resistant bearing applications from today's leading manufacturers, including: