bronze bushing

Eccentric bronze bushing is a copper sleeve used in mechanical equipment, whose inner hole is not concentric with the outer circle, that is, there is a certain offset between the inner hole and the outer circle. Due to this feature, eccentric bronze bushing plays a key role in some special mechanical transmission structures. The following are the characteristics and uses of eccentric bronze bushing:
Features
Unique structure: The inner hole and the outer circle are not in the same center, which gives it a unique eccentric effect.
Excellent material: It is usually made of high-strength and high-wear-resistant copper alloy materials with good corrosion resistance and thermal conductivity.
Good wear resistance: The self-lubricating properties of copper material make the eccentric bronze bushing have good wear resistance and low friction coefficient in long-term use.
Easy to install and adjust: The eccentric design can be adjusted by rotation to achieve the required offset, which is convenient for installation and adjustment.

Use
Mechanical transmission device: Used in the transmission device, the center distance of the transmission system is changed by adjusting the eccentricity to adapt to different transmission requirements.
Precision equipment: In some precision mechanical equipment that requires fine-tuning of the position, the eccentric bronze bushing can adjust the accuracy by rotation to improve the processing accuracy and stability of the equipment.
Shock absorption system: In some mechanical systems, eccentric bronze bushing can be used as shock absorption elements to buffer and absorb vibrations by adjusting the eccentricity.
Engineering machinery: Widely used in various bearing seats of engineering machinery, using its eccentric characteristics to simplify structural design and assembly process.