With Timken's P900 bearings, we use the concept of power density – increasing the bearing capacity-to-weight ratio – to provide customers with a lighter, more fuel-efficient solution for industrial and automotive axle designs. In most high-load applications, P900 bearings perform more than 50 percent better than traditional bearings, cost-effectively improving your product’s performance and efficiency. They also have helped customers increase load-carrying capacity in a variety of applications.
Design Attributes
Special finishes on rollers, cups and cones reduce surface-related modes of damage and improve rolling contact surface finish and fatigue life.
Advanced geometry virtually eliminates edge stress concentrations caused by high loads or misalignment.
Compact design allows for reduced dimensions of related components and can mean substantial savings, decreased inclusion content, prolonged bearing life, increased reliability and greater resistance to harsh operating conditions. Applications
Transmissions and drive axles for heavy truck and off-highway equipment
Transmissions, transaxles, drive axles and other components for automotive applications
Gear drives for industrial applications
With Timken's P900 bearings, we use the concept of power density – increasing the bearing capacity-to-weight ratio – to provide customers with a lighter, more fuel-efficient solution for industrial and automotive axle designs. In most high-load applications, P900 bearings perform more than 50 percent better than traditional bearings, cost-effectively improving your product’s performance and efficiency. They also have helped customers increase load-carrying capacity in a variety of applications.
Design Attributes
- Special finishes on rollers, cups and cones reduce surface-related modes of damage and improve rolling contact surface finish and fatigue life.
- Advanced geometry virtually eliminates edge stress concentrations caused by high loads or misalignment.
- Compact design allows for reduced dimensions of related components and can mean substantial savings, decreased inclusion content, prolonged bearing life, increased reliability and greater resistance to harsh operating conditions.
Applications
- Transmissions and drive axles for heavy truck and off-highway equipment
- Transmissions, transaxles, drive axles and other components for automotive applications
- Gear drives for industrial applications
