Skip to Main Content
Canadian
Canadian owned and operated

11T662V - Walter ZIP ONE 6-Inch Type 27 Cutting Wheel for Thin Gauge Steel - 5 Pack

Packaging: 5 per each
$60.84/ea $190.15/5 per each only $38.03/eaSave 37%

Usually ships within 3-5 business days

SKU: 11T662V Categories: ,

OVERVIEW

Precision Cutting for Thin Gauge Metals

The Walter ZIP ONE 6" x 1/32" Type 27 Cutting Wheel (11T662V) represents the pinnacle of abrasive technology for thin gauge metal fabrication. Designed with a thickness of just 1mm (1/32"), this wheel is engineered to deliver exceptionally fast, cool, and precise cuts in steel and stainless steel. The Type 27 depressed center profile adds a layer of rigidity and safety, making it the preferred choice for industrial professionals who require accuracy without compromising on durability.

In industrial environments such as HVAC manufacturing, aerospace, and automotive body shops, heat management is critical. The ZIP ONE excels by cutting freely and quickly, which significantly minimizes heat buildup. This "cool cutting" action prevents discoloration and warping, which is especially vital when working with heat-sensitive materials or thin sheets that are prone to distortion. The result is a pristine cut that preserves the material's structural integrity and surface finish.

Operator safety and comfort are paramount in the design of the ZIP ONE. The wheel is heavily reinforced to withstand the stresses of high-speed cutting while maintaining a vibration-free operation. This stability allows for straighter cuts and reduces operator fatigue during extended use. By producing clean, burr-free edges, the ZIP ONE also improves workflow efficiency by eliminating the need for time-consuming secondary grinding or deburring processes.

Key Industrial Applications

  • HVAC & Plumbing: Precision cutting of ductwork and piping without deformation.
  • Automotive Body Shops: Clean cuts on body panels and frames.
  • Sign Manufacturing: Intricate cutting for displays and architectural elements.
  • Pharmaceutical Equipment: Contamination-free cutting of stainless steel components.
Additional Information
Packaging Description:5 per each, 5 per pak
Diameter (in):6"
Thickness (in):1/32"
Used to Cut:Steel or Stainless
Application:Body shops, HVAC, Thin Gauge Metal
----- new values below ----
Wheel Type:Type 27 (Depressed Center)
Application:Thin gauge metal, Body shops, HVAC
Product Line:ZIP ONE
diameter-in:6"
thickness-in:1/32"
packaging-description:5 per pak
used-to-cut:Steel or Stainless
brand:Walter

INCLUDED

  • 5 x ZIP ONE 6" Cutting Wheels (Type 27)

APPLICATIONS

  • Thin gauge steel fabrication
  • Stainless steel sheet cutting
  • Automotive body panel repair
  • HVAC ductwork and manufacturing
  • Architectural metalwork
  • Sign manufacturing and shop displays
  • Electrical and plumbing installations
  • Aerospace and transportation maintenance

FAQ

The Walter ZIP ONE 11T662V has a thickness of 1/32 inch, which is approximately 1mm. This ultra-thin design is optimized for speed and precision on thin metals.

While it is designed primarily for steel and stainless steel, Walter offers specific wheels for aluminum (like the ZIP ALU) to prevent clogging. For occasional cuts it may work, but it is best used on ferrous metals.

Type 27 refers to a depressed center wheel. The center hub is raised (or depressed from the face), which allows the locking nut to be recessed, permitting flush cutting and providing greater rigidity.

No, the ZIP ONE is a cutting wheel (cut-off wheel) only. It is too thin (1/32") for side-loading or grinding. Using it for grinding can be dangerous and cause wheel failure.

This product (SKU 11T662V) is sold as a package of 5 cutting wheels.

The ZIP ONE is engineered to cut very coolly, which significantly minimizes or eliminates heat discoloration (bluing) on stainless steel.

Standard 6-inch Type 27 wheels typically feature a 7/8" arbor, which fits most standard 6-inch angle grinders.

A 1/32" wheel removes less material, cuts faster, generates less heat, and causes less vibration. It is superior for thin materials where precision and low heat are critical.