Hexagonal hole agricultural machinery bearings

Hexagonal hole agricultural machinery bearings are a commonly used bearing type in agricultural machinery, also known as "hexagonal hole ball bearings". It has six contact angles and can withstand large axial and radial loads.

This bearing is designed to provide stability and durability in agricultural machinery. Its internal structure can adapt to various stresses during mechanical operation and can effectively reduce friction and wear. In addition, hexagonal hole agricultural machinery bearings also have good load-bearing capacity and impact resistance, and can adapt to the complex environment in the operation of agricultural machinery.

The advantages of hexagonal hole agricultural machinery bearings include:

1. Compact structure, easy to install, suitable for various agricultural machinery.

2. It can withstand large axial and radial loads and has high load-bearing capacity.

3. The internal structure can adapt to various stresses during mechanical operation and provide better stability and durability.

4. It has good impact resistance and can adapt to the complex environment in the operation of agricultural machinery.

5. Suitable for high-speed operation and has good dynamic performance.

Hexagonal hole agricultural machinery bearings are a type of bearing suitable for agricultural machinery and have good performance and use effects.

What are the forms of bearing failure?

1. Contact fatigue failure: refers to the material fatigue failure caused by the alternating stress on the bearing working surface.

2. Wear failure: refers to the failure caused by the continuous wear of the metal on the working surface caused by the relative sliding friction between surfaces.

3. Fracture failure: The main reasons are defects and overload. When the applied load exceeds the strength limit of the material and causes the part to break, it is called overload fracture. The main reason for overload is sudden host failure or improper installation.

4. Corrosion failure: Some rolling bearings will inevitably come into contact with water, water vapor and corrosive media during actual operation. These substances will cause rust and corrosion of rolling bearings. In addition, rolling bearings will also be affected by microcurrent and static electricity during operation, causing current corrosion of rolling bearings.

5. Failure due to clearance change: During the operation of the rolling bearing, due to the influence of external or internal factors, the original fitting clearance changes, the accuracy decreases, and even "seizure" occurs, which is called clearance change failure.