We specialize in delivering high-quality CNC components and linear motion products for industrial needs.

info.anptechnoslides@gmail.com
70134 50128

Thrust Ball Bearing.

Thrust Ball Bearings are designed to handle axial loads (loads acting along the shaft) in one or both directions. They consist of ball and cage assemblies positioned between two precision washers — one attached to the shaft (shaft washer) and the other to the housing (housing washer). These bearings allow smooth rotation at high speeds while supporting axial forces, but they are not suitable for radial loads.

  • Highlights
  • FEATURES
  • APPLICATIONS

The design provides low friction, high precision, and excellent rotational accuracy, making them ideal for applications where axial load support and smooth motion are required. Thrust Ball Bearings are available in single-direction and double-direction types — the former supports load in one direction, while the latter handles axial loads in both directions.

  • Designed for Axial Loads – Supports axial forces in one or both directions, depending on type.
  • High-Speed Capability – Operates smoothly with minimal friction at high rotational speeds.
  • Compact and Lightweight – Simple structure allows easy installation and replacement.
  • High Precision – Ensures accurate shaft positioning and smooth motion.
  • Durable Construction – Made from high-quality materials for long service life.
  • Low Friction Operation – Reduces wear and improves efficiency.
  • Available in Multiple Designs – Single-direction and double-direction options.
  • Corrosion and Heat Resistant – Optional materials and coatings for demanding environments.

Thrust Ball Bearings are widely used in automotive steering systems, machine tool spindles, and gear assemblies, where axial load handling and smooth rotation are essential. They are also found in marine propeller shafts, pumps, and compressors, providing reliable axial support with minimal friction.

In addition, these bearings are used in industrial machinery, robotics, and precision instruments, where controlled axial motion and high rotational accuracy are required. Their compact design, high-speed capability, and reliability make them a preferred choice for applications involving purely axial loads and limited radial forces.

Start with Precision.
End with Performance.