Plain bearing bushes

ManufacturerPBC Linear
Product CodePN24
ShippingShipped in 6-8 weeks
Stock Availability Available On Demand
PRODUCT DESCRIPTION / OVERVIEW

Advantage of the Plain bearing bushes:

  • Plain bearing bushes from PBC are designed to provide smooth and reliable sliding motion with low friction in a wide range of industrial applications.
  • High-quality materials and precision manufacturing ensure excellent wear resistance and long service life, even under continuous or heavy-duty operation.
  • These bushes offer good load-carrying capacity, making them suitable for applications with both static and dynamic loads.
  • Maintenance-free or low-maintenance designs reduce the need for frequent lubrication, lowering operating costs and downtime.
  • Compact and simple construction allows easy installation and replacement in standard housings and equipment.
  • Corrosion-resistant material options enable reliable performance in harsh, humid, or chemically exposed environments.
  • PBC plain bearing bushes deliver consistent and dependable performance, supporting efficient and quiet operation across diverse industrial applications.
ABOUT THE PRODUCT
Country of Origin:
Industry the product belogs to:
Auto Ancillary
Automation Equipment
Automobile
Cement
Application of the product:
Compatible machine:
Supplier location:
PRODUCT SPECIFICATIONS
Make:PBC Linear null
FAQs

A plain bearing bush is a cylindrical component that allows smooth rotation or sliding of a shaft inside a housing without using rolling elements.

They are typically made from bronze, brass, plastic, or composite materials with low friction and good wear resistance.

They are used in automotive parts, industrial machinery, pumps, electric motors, and any application needing simple rotational support.

Advantages include low cost, simple design, quiet operation, ability to handle heavy loads, and minimal maintenance.

Plain bushes rely on sliding motion and friction reduction, while ball bearings use rolling elements to reduce friction and allow higher-speed rotation.