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Bearings Rod End Bearings Durbal Rod ends
Quick Code: BB-369013

BRTM12-00-502 Premium Line Durbal Rod end

£116.62 exc VAT (£139.94 inc VAT)
In Stock   Free Delivery Available   Next Day Order by 4pm
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Product Specification
Inner dimension
12mm
Lubrication hole
With lubrication groove
Maintenance
Low-maintenance version
Outer dimension
32mm
Seal
Cover discs on both sides
Thread direction
Left-hand thread
Thread type
Male thread
Version
Steel/steel
Width
16mm
Reference
BRTM12-00-502 Premium Line
Additional Reference:
10185028
Brand
Durbal
Quick Order Code
BB-369013
Product Description

The BRTM12-00-502 Premium Line Durbal Rod end is a high-performance bearing solution engineered for precision industrial applications demanding superior mechanical movement, durability, and reliability.

Key Product Specifications:

  • Inner Dimension: 12mm
  • Outer Dimension: 32mm
  • Width: 16mm
  • Thread Type: Male thread
  • Thread Direction: Left-hand thread
  • Material Composition: Steel/steel
  • Lubrication: Includes lubrication groove
  • Maintenance: Low-maintenance version
  • Seal Type: Cover discs on both sides

Ideal Applications:

This versatile rod end bearing is perfectly suited for demanding industrial environments, including:

  • Agricultural machinery
  • Construction equipment
  • Material handling systems
  • Hydraulic and pneumatic applications
  • Precision mechanical engineering
  • Industrial automation systems

The robust steel/steel construction and low-maintenance design ensure long-lasting performance with minimal ongoing maintenance requirements. Its cover disc sealing provides enhanced protection against contaminants, while the integrated lubrication groove supports optimal bearing performance. The left-hand threaded male configuration offers secure and precise installation across a wide range of industrial applications.

Designed to deliver reliable performance, this rod end bearing offers excellent angular misalignment compensation and can withstand challenging operational conditions, making it an ideal choice for complex mechanical systems requiring smooth and precise motion.