Home › Abrasives & Cutting Tools › Abrasives › Weiler 56392 5″ x .045″ Wolverine Type 27 Thin Cutting Wheel, A60S, 7/8″ A.H., 25/BOX
Abrasives

Weiler 56392 5″ x .045″ Wolverine Type 27 Thin Cutting Wheel, A60S, 7/8″ A.H., 25/BOX

Original price was: $77.50.Current price is: $23.25.

Availability: 8 in stock

🚚 Free Shipping over $38
✓ Premium Quality
🔒 Secure Payments
↻ Money Back Guarantee
SKU: 56392
CATEGORY: Abrasives
Description
Weiler Wolverine 5 inch type 27 depressed center cutting wheels deliver a fast cut rate and consistent performance at a good value when cutting steel and other metals. The depressed center provides added clearance when working at a constrained angle and .045″ thickness is ideal for cutting tubes, bar stock, and large cross-sections with a right angle grinder. The 7/8″ open arbor offers a cost-effective mounting option when using adapting nuts. Wolverine is an aggressive, get it done product line for everyday general purpose use.

Features

  • Aggressive cutting and grinding wheels that will get the job done fast.
  • Excellent value for the professional that needs a tough, aggressive wheel.
  • Dual reinforcement provides added strength for aggressive cutting.
  • Thin cutting wheels deliver accurate, clean cuts.
  • Open arbor offers a cost-effective mounting option when using adapting nuts.
  • Best for use on carbon steel, iron and general purpose metal use.
Prop 65

  • WARNING: This product can expose you to chemicals including Titanium Dioxide, which is known to the State of California to cause cancer. For more information go to www.P65Warnings.ca.gov
Material Application

  • Steel
Industry

  • Fabrication
Compatible Tool

  • Right Angle Grinder
Application

  • Cutting

Specifications

  • Country of Origin : Slovenia
  • Length : 5.0000 in
  • Width : 5.0000 in
  • Height : 0.0450 in
  • Weight : 0.1050 lbs
  • Performance : Value
  • Standard Pack Quantity : 25
  • Maximum RPM : 12200
  • Grain Type : AO
  • Grit : 60
  • Grade/Hardness : S
  • Color : Black

Product Information

Scroll to Top