My Account   01603 720713  

Bearings Needle Roller Bearings Drawn Cup B Series
Quick Code: BB-355013

B96 Full Complement Needle Bearing

£6.49 exc VAT (£7.79 inc VAT)
In Stock   Free Delivery over £100   Next Day Order by 4pm
Buy Now
Qty:
Product Specification
Brand
Budget
Inside Diameter
9/16inch
Outside Diameter
3/4inch
Width
3/8inch
Reference
B96
Quick Order Code
BB-355013
Product Description

The B96 Full Complement Needle Bearing is a precision-engineered drawn cup needle roller bearing designed for high-performance mechanical applications requiring compact and reliable load support. As part of the Budget brand's robust B Series lineup, this bearing offers exceptional mechanical performance in limited radial space.

Key Specifications:

  • Brand: Budget
  • Inside Diameter: 9/16 inch
  • Outside Diameter: 3/4 inch
  • Width: 3/8 inch
  • Type: Full Complement Needle Bearing
  • Reference Number: B96

Typical Applications:

  • Automotive transmission systems
  • Compact mechanical equipment
  • Small industrial machinery
  • Power transmission components
  • Precision engineering projects
  • Light-duty mechanical systems
  • Automotive steering mechanisms

Manufactured with precision and designed for reliability, the B96 needle bearing features a carefully engineered full complement design that maximizes the number of needle rollers. This ensures optimal load distribution and enhanced durability in space-constrained mechanical environments.

Benefits:
  • Exceptional load-carrying capacity in a compact profile
  • Precision-engineered for maximum performance
  • Ideal for applications with limited radial space
  • Manufactured to meet rigorous quality standards

The B96 bearing is an excellent choice for engineers and maintenance professionals seeking a reliable, space-efficient bearing solution for intricate mechanical designs. Its robust construction allows for dependable performance across various demanding applications.

Consult with our technical team for specific application recommendations and compatibility verification.