Nylon vs Steel vs Brass: Which Bearing Cage Survives Heat?
Compare Nylon (TN9), Pressed Steel, and Machined Brass (M) bearing cages under high heat. Explore 4 practical case scenarios to prevent premature cage failure.
Read articleCompare leading global bearing brands and explore compatible TFL alternatives by model, product type and application.
View all Brands GuideMatch manufacturer part numbers with interchangeable TFL bearing options and model-selection support.
Browse bearing solutions by equipment, operating environment and industry.
Practical guidance on bearing selection, applications, maintenance and sourcing.
Compare Nylon (TN9), Pressed Steel, and Machined Brass (M) bearing cages under high heat. Explore 4 practical case scenarios to prevent premature cage failure.
Read article
Find answers about quality, orders, technical support and after-sales service.
Use our articles, reference tools and customer resources to support sourcing decisions.
Learn about TFL Bearing, our quality systems and supply capabilities.
View all About & CapabilitiesAccess engineering support and services throughout the purchasing process.
View all Services & SupportExplore customer projects, sourcing partnerships and ways to contact our team.
View all Work With TFL
The 71964 CDMA/HCP4A is a super precision angular contact ball bearing with a 320mm bore and 440mm outer diameter, designed for high-performance applications. Made from chrome steel and ceramic balls, it offers excellent durability and smooth operation.
With a 15° contact angle, it handles both radial and axial loads efficiently, supporting up to 84825 lbf dynamically. It spins at speeds up to 4800 RPM, making it suitable for demanding machinery.
Its open design and phenolic cage ensure easy maintenance and long service life. The bearing operates reliably in temperatures from -30°C to 110°C.
Ideal for precision equipment like machine tools or aerospace systems, where accuracy and load capacity are critical. It’s interchangeable with SKF bearings and meets P4 tolerance standards for superior performance.
Weighing 20.5kg, it’s robust yet precision-engineered for heavy-duty use. Preload and matched arrangements are available for custom setups.
Performance Features of 71964 CDMA/HCP4A Bearing
71964 CDMA/HCP4A Bearing is designed with a 15° contact angle, optimising load distribution for angular contact applications.
Its chrome steel rings and ceramic balls enhance durability while reducing friction.
The phenolic cage ensures smooth operation, even at high speeds up to 4,800 rpm.
With a dynamic radial load capacity of 84,825 lbf, it handles demanding conditions reliably.
71964 CDMA/HCP4A Bearing operates efficiently within a temperature range of -30° to 110°C.
Its precision P4 tolerance class guarantees consistent performance in high-accuracy applications.
The open design allows for easy lubrication, maintaining optimal performance over time.
Matched arrangements are available, providing flexibility for various installation needs.
Industrial Uses of 71964 CDMA/HCP4A Bearing
71964 CDMA/HCP4A Bearing is commonly used in high-precision machine tools, where its angular contact design ensures accurate spindle rotation. The ceramic balls reduce friction, making it suitable for high-speed operations.
In aerospace applications, 71964 CDMA/HCP4A Bearing handles radial and axial loads in turbine systems, thanks to its robust chrome steel construction. The phenolic cage adds durability in demanding environments.
For automation systems, 71964 CDMA/HCP4A Bearing provides reliable performance in robotic arms, where precision and smooth movement are essential. Its P4 tolerance class guarantees consistent operation under heavy loads.
Medical imaging devices benefit from 71964 CDMA/HCP4A Bearing’s low friction and high-speed capabilities, ensuring quiet and efficient performance. The open design allows for easy lubrication maintenance.
In electric vehicle motors, 71964 CDMA/HCP4A Bearing supports high rotational speeds while maintaining stability. Its matched arrangement option simplifies installation in compact spaces.