Vitrified Bond CBN Internal Grinding Wheel

Bore, channel and super finishing grinding for bearings, C.V. joints, nozzles and compressors.

Vitrified Bond CBN Internal Grinding Wheel – Bello Diamond & CBN

Product Overview

Vitrified Bond CBN Internal Grinding Wheel

Bore, channel and super finishing grinding for bearings, C.V. joints, nozzles and compressors.

Application

  • Bore grinding
  • Internal & external channel grinding
  • Internal & external channel super finishing
  • C.V. Joint cage grinding
  • Nozzle grinding
  • Upper & bottom bearing internal grinding
  • Piston sleeve internal grinding
  • Cylinder internal grinding

Specifications

Shapes And Dimensions

Shape codes and dimension ranges as published in the Bello printed catalogue. Other sizes on request.

For Bearing Grinding
ShapeSpecification (mm)
1A813*20*6
1A1W15*4.5*M8
1A1W22.5*13*M8
1A1W16*28*M6
1F1W25*4.3*M10 (R2.25)
HMF40*8*10*20
For C.V. Joint Grinding
ShapeSpecification (mm)
1F1W25*4.3*M10 (R2.25)
HMF40*8*10*20
For Nozzle Grinding
ShapeSpecification (mm)
1B8WΦ3.45*8.99T–60° –M2
1A8WΦ2.0*5.7T*16L–120° –M3*0.5
1A8WΦ10.78*4.8T / 8.2*31.1*1.3–M4/4.5
1A8Φ4.5*15T*2.4H
For Compressor Grinding
ShapeSpecification (mm)
1A1W15.5*50*M10
1A1W8.3*16*M12
1A1W22.5*37*M20
1A1W51*52*M18
1A815.4*48*10

FAQ

Frequently Asked Questions

What is the Vitrified Bond CBN Internal Grinding Wheel used for?

Bore grinding; Internal & external channel grinding; Internal & external channel super finishing; C.V. Joint cage grinding; Nozzle grinding; Upper & bottom bearing internal grinding; Piston sleeve internal grinding; Cylinder internal grinding.

Which shapes are available?

1A8, 1A1W, 1F1W, HMF, 1B8W, 1A8W. Dimension ranges are listed in the specification table above.

Which application groups is it listed under?

Automobile Application, Compressor & Bearing.

How do I request a quotation?

Email [email protected] or call +86-370-7981119.

Need The Vitrified Bond CBN Internal Grinding Wheel To A Drawing?

Send us your wheel specification, the workpiece material and the machine model.

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