3MVitrified Grinding Wheel 91VB T1N-508X50,8X203,2 V30 X21,84 81A240 K5V901W-50M/S ANSI
3MVitrified Grinding Wheel 91VB T1N-508X50,8X203,2 V30 X21,84 81A240 K5V901W-50M/S ANSI
3MVitrified Grinding Wheel 91VB T1N-508X50,8X203,2 V30 X21,84 81A240 K5V901W-50M/S ANSI
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3MVitrified Grinding Wheel 91VB T1N-508X50,8X203,2 V30 X21,84 81A240 K5V901W-50M/S ANSI

Sold As: 2-Pack
SKU: 7100288253
MPN: 7100288253
For an accurate lead time please contact us
UPC: 09003336204259
3M ID: XC991972768
$1,810.80 ($905.40 / Count)
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Product Description  
3M Vitrified Grinding Wheels 91VB are our vitrified bonded wheels for optimising roughing and finishing process steps while grinding gear parts.

Get high performance capability, less dressing and thermal damage, and higher productivity with 3M Vitrified Grinding Wheels - 91VB

These vitrified bonded wheels combine the advantages of two key technologies, 3M Cubitron II precision shaped grain and our NA series grits, resulting in high performance roughing and finishing grinding steps for gear parts.

Requiring lower dressing time and providing longer intervals between dressing, they help to significantly decrease related dressing costs, cycle times during both roughing and the last step of the threaded gear parts finishing process, which can help to save substantial costs. They consistently perform well in terms of ffα values (profile errors) and provide good surface quality with very low Rz and Ra values.

3M 91NDA - 91VB grinding wheels are ideal for assisting with machine balancing issues.

Extra Details

  • 91NDA Minerals, Precision shaped grains and NA Series grains.
  • Balances machine problems and can be used universally.
  • Delivers durability and efficiency with Cubitron II precision shaped grains.
  • High gear quality – profile error ffα < 2μm without any issues, surface roughness Rz < 2,5μm.
  • High process stability and constant quality for critical workpieces
  • High surface and profile quality, with absence of chips' cold welding
  • Ideal self-sharpening and early chip formation.
  • Lower dressing cost thanks to higher dressing interval.
  • Reduces grinding time by more than 20 % thanks to higher feed rate in roughing and finishing.

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