QJ20107F Wheel Hub Bearing for Multi-Directional Loads

⚙️Product Advantages:

Multi-Angle Force Support

The bearing’s inner design allows it to deal with stress from different directions. This means it not only handles side-to-side loads but also forward-backward pressure. When the car turns, it helps maintain smooth motion by managing the outward force generated during the turn.

Different Bearing Options

There are generally two bearing styles used here. Deep groove ball bearings can take on radial and two-way axial loads, while angular contact ones—like this model—are better for combined loads, especially when force comes from a single axial direction alongside radial pressure. 

⚙️Product Application:

Application Scenarios

Core components of automotive steering system

In cars, this bearing is typically installed between key components like the steering knuckle and tie rod. Its job is to absorb shifting forces while the wheels turn, helping maintain the driver’s intended direction. It’s especially useful in modern vehicles using electric or smart steering systems, where precise motion support is critical.

Industrial machinery and heavy equipment

This bearing also holds up well under tough conditions like those in steel plants or mining operations. It can manage large vibrations and heavy loads, often found in rolling mills or other high-pressure environments. Machines used in plastic and textile production also benefit from the bearing’s strong structure and long-term resistance to wear.

Precision drives and high speed scenarios

In settings that demand steady rotation and low noise—like fans, laminators, or medical instruments—the QJ20107F delivers consistent performance. It's a solid choice for equipment that must run smoothly over time, including lab testing machines or engraving tools.

 

⚙️Precautions:

1. Keep clean	2. Use with caution	3. appropriate tool	4. Hot-loading	5. Be careful of rust
Dust will have a bad effect on the bearing, so keep the surrounding clean.	Strong impact during use can easily cause scratches and indentations.	Avoid replacing existing tools, and use appropriate tools.	Bearings are precision parts, so hot installation is recommended.	Sweat on your hands during operation will cause rust, so it is best to wear gloves.