Non-Standard Bearing

Features

- Personalized customization: It can be accurately designed according to specific application scenarios to meet various complex working conditions and special requirements.
- Suitable for special environment: stable operation under high temperature, low temperature, high speed, heavy load and other harsh conditions.

Categories

- Classification by size: including extra-large, special miniature and other non-standard size bearings.
- Classification by structure: bearings with non-standard shapes of outer or inner rings, special rolling element arrangement and other structures.

Basic Parameters

- Outer diameter: the diameter of the bearing outer ring.
- Inner diameter: the diameter of the bearing inner ring.
- Width: axial width of the bearing.
- Rated dynamic load: the dynamic load that the bearing can bear at a certain speed.
- Static load rating: The static load that the bearing can bear in the state of static or slow rotation.

How It Works

Similar to standard bearings, it relies on the rolling of the rolling body between the inner and outer rings to reduce friction resistance and achieve the support and transmission of rotating motion. The shape, size and quantity of the rolling element are determined according to the design requirements of non-standard bearings.

Application Field

Industrial machinery: such as large mining machinery, heavy cranes, paper equipment, etc., these equipment usually need to withstand huge loads and complex working environments, non-standard bearings can meet their special needs.
- Aerospace: Key components in aircraft, satellites and other spacecraft have extremely high requirements for bearing performance and reliability, and non-standard bearings can adapt to the special requirements of the space environment.
- Medical equipment: Some high-precision medical equipment, such as CT machines, nuclear magnetic resonance machines, etc., need to use special non-standard bearings to ensure the accurate operation of the equipment.
- New energy field: In new energy equipment such as wind turbines and solar tracking systems, non-standard bearings are also widely used to adapt to different speeds, loads and installation methods.