10672 Pusher bushing

10672 Tappet bushing

Description:

The tappet bushing is a cylindrical part made of metal or composite material, intended to reduce friction and wear between the tappet and the other components of the mechanism. It provides smooth and stable movement of the tappet, protecting it against damage and increasing the overall reliability and durability of the system.

Purpose:

The tappet bushing is used in various mechanical systems to guide and support the movement of the tappet, minimising friction and wear. It provides precise positioning of the tappet and smooth sliding, which contributes to the efficient operation of the mechanism.

Characteristics:

  • Material: Usually made from high-strength and wear-resistant materials such as bronze, brass, steel or special composites. The material is selected depending on the operating conditions and the durability requirements.   • Shape: A cylindrical bushing with an internal bore matching the diameter of the tappet and an external surface that ensures precise placement in the housing of the mechanism.   • Dimensions: The length and diameter of the bushing vary depending on the specific application and the requirements of the mechanism.

Functionality:

  • Friction reduction: Provides smooth sliding of the tappet inside the mechanism, reducing friction and wear.   • Support and guidance: Guides the movement of the tappet, ensuring precise and stable functioning of the mechanism.   • Component protection: Protects the tappet and other contacting parts against damage and premature wear.   • Noise and vibration reduction: Reduces the level of noise and vibration created by the movement of the tappet, which contributes to quieter and smoother operation of the mechanism.

Advantages:

1. Durability: High-quality materials and precise manufacturing provide a long service life for the bushing and protection of the other components of the mechanism. 2. Efficiency: Reducing friction and wear contributes to more efficient and reliable operation of the mechanism. 3. Versatility: Used in various branches of industry and types of mechanisms, from automotive machinery to production equipment.