My Account   01603 720713  

Bearings Rod End Bearings Durbal Rod ends
Quick Code: BB-383621

BEM10-20-502 CLASSIC Durbal Rod end

£30.55 Was £38.19 exc VAT (£36.66 inc VAT)
In Stock   Free Delivery over £100   Next Day Order by 4pm
Buy Now
Product Specification
Inner dimension
10mm
Lubrication hole
Without lubrication groove
Maintenance
Maintenance-free version
Outer dimension
28mm
Seal
None, open bearing
Thread direction
Left-hand thread
Thread type
Male thread
Version
PTFE/Steel
Width
14mm
Reference
BEM10-20-502 CLASSIC
Additional Reference:
10168351
Brand
Durbal
Quick Order Code
BB-383621
Product Description

The BEM10-20-502 CLASSIC Durbal Rod end is a precision-engineered industrial bearing designed for demanding mechanical applications that require reliable performance and angular misalignment compensation. This high-quality rod end offers exceptional functionality with its specialized PTFE/Steel construction.

Technical Specifications:

  • Inner Dimension: 10mm
  • Outer Dimension: 28mm
  • Width: 14mm
  • Thread Type: Male left-hand thread
  • Material Composition: PTFE/Steel
  • Lubrication: Without lubrication groove
  • Maintenance: Maintenance-free version
  • Seal Type: Open bearing configuration

Recommended Applications:

  • Agricultural machinery linkage systems
  • Construction equipment suspension mechanisms
  • Material handling equipment
  • Industrial automation and robotic arm connections
  • Hydraulic and pneumatic systems
  • Precision mechanical engineering projects

The BEM10-20-502's innovative PTFE/Steel construction ensures long-lasting performance in challenging environmental conditions. Its open bearing configuration provides flexible angular positioning while maintaining structural integrity. The maintenance-free design eliminates the need for regular lubrication, reducing downtime and maintenance costs.

Whether you're developing complex mechanical systems or seeking a reliable component for industrial applications, the BEM10-20-502 CLASSIC Durbal Rod end delivers exceptional reliability, smooth operational movement, and superior mechanical linkage performance.