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Bearings Oilite Bearings Oilite Cored Bars
Quick Code: BB-96954

AC040064104 Oilite Cored Bar 2.1/2 x 4 x 6.1/2

Available on back order - there is an increased lead time on this item. Please contact us for availability.  
£791.23 exc VAT (£949.48 inc VAT)
Longer lead time   Free Delivery Available   Next Day Unavailable
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Product Specification
Inner Dia (d)
2.1/2inch / 63.5mm
Length (L)
6.1/2inch / 165mm
Outer Dia (D)
4inch / 101.6mm
Quick Order Code
BB-96954
Product Description

The AC040064104 Oilite Cored Bar is a high-performance, self-lubricating bearing solution designed for demanding industrial applications. Precisely manufactured with a 2.1/2" inner diameter (63.5mm), 4" outer diameter (101.6mm), and a standard 6.1/2" length (165mm), this oil-impregnated sintered bronze bar offers exceptional performance characteristics.

Key Features:

  • Superior self-lubricating properties
  • Excellent wear resistance
  • Outstanding durability and conformability
  • Maintenance-free operation
  • Consistent dimensional stability

Technical Specifications:

  • Inner Diameter: 2.1/2 inches (63.5mm)
  • Outer Diameter: 4 inches (101.6mm)
  • Length: 6-1/2 inches (165mm)

Typical Applications:

  • Automotive components
  • Industrial machinery bearings
  • Material handling equipment
  • Agricultural machinery
  • Construction equipment
  • Power transmission systems

Oilite technology provides an optimal balance between strength and performance, ensuring reliable operation in environments requiring extended lubrication. The precision-engineered cored bar design allows for consistent self-lubrication, reducing friction and minimizing wear across a wide range of operational conditions. Its versatile design makes it ideal for applications that demand long-lasting, low-maintenance bearing solutions.

Whether you're designing heavy-duty industrial equipment or precision machinery, this Oilite Cored Bar delivers exceptional performance with its ability to operate effectively in challenging environments while maintaining consistent dimensional stability and wear resistance.