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Bearings Needle Roller Bearings Drawn Cup TLAM & BK Series Drawn Cup Needle Bearings
Quick Code: BB-373536

BK3520 Budget Drawn Cup Bearing with One Closed End (Caged)

£3.74 exc VAT (£4.49 inc VAT)
In Stock   Free Delivery over £100   Next Day Order by 4pm
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Product Specification
Brand
Budget
Inside Dia (Fw)
35mm
Interchangeable With:
TLAM3520
Outside Dia (D)
42mm
Width (C)
20mm
Reference
BK3520
Quick Order Code
BB-373536
Product Description

The BK3520 Budget Drawn Cup Bearing is a cost-effective, precision-engineered needle roller bearing designed for applications requiring reliable performance in compact spaces. With its one-sided closed end design, this bearing offers excellent protection against environmental contaminants while providing an efficient solution for various mechanical applications.

Key Features:

  • Completely closed on one side of the outer ring
  • Prevents entry of dirt, dust, and other foreign particles
  • Lightweight construction with reliable load-carrying capacity
  • Low section height for compact installation
  • Budget-friendly alternative to premium brand bearings

Technical Specifications:

  • Brand: Budget
  • Inside Diameter: 35mm
  • Outside Diameter: 42mm
  • Width: 20mm
  • Interchangeable with: TLAM3520

Benefits:

  • Perfect closure of shaft ends
  • No requirement for additional axial positioning fixtures
  • Extremely compact design
  • Cost-effective solution for various applications

Typical Applications:

  • Automotive components
  • Industrial machinery
  • Precision equipment
  • Small mechanical assemblies
  • Compact mechanical systems requiring sealed bearing solutions
  • Manufacturing equipment
  • Agricultural machinery
  • Construction and material handling equipment

Ideal for engineers and manufacturers seeking an economical, reliable, and protective bearing solution across various industrial and mechanical applications. The BK3520 offers an excellent balance of performance and value for budget-conscious projects, providing robust performance in challenging environments while maintaining a compact and efficient design.