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Radiac Ceramic Reinforced Cut-Off Wheels

Next-Level Cutting Technology. Reinforced ceramic grain cut-off wheels deliver unmatched cutting speed and longevity for high-pressure, high-volume metal cutting.

Cut-off machine
Cut-off machine
Chop saw
Chop saw
Circular saw
Circular saw
Handsaw
Handsaw
Stationary cutting machine
Stationary cutting machine
Casting materials
Casting materials
Cast Steel
Cast Steel
Nickel
Nickel
Nickel based alloys
Nickel based alloys
Titanium/titanium alloys
Titanium/titanium alloys
Steel
Steel
Stainless steel
Stainless steel
Cobalt
Cobalt
Tungsten carbide
Tungsten carbide
Chromium
Chromium
Micro-Fracturing Grain – Stays sharp longer by continuously exposing new cutting edges.
Superior Heat Control – Reduces thermal damage to workpieces.
Extreme Durability – Outlasts conventional abrasives in high-volume production.
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Variants

· 14 Type numbers

Specification

Description

Built for the most demanding production environments, our reinforced Type 41 resin-bonded ceramic grain cut-off wheels offer exceptional cutting efficiency and life. The micro-fracturing ceramic grain continually exposes sharp cutting edges, resulting in faster cuts with less heat generation. Engineered for high-tensile steels, exotic alloys, and heavy cross-sections, these wheels maintain performance even under aggressive feed rates. The fiberglass reinforcement and high-strength resin bond ensure stability, safety, and reliability throughout the wheel’s service life.

Technical Data

Abrasive grain
Conventional (A+C)
Tool for
Cut-off machine, Chop saw, Circular saw, Handsaw, Stationary cutting machine
Materials
Casting materials, Cast Steel, Nickel, Nickel based alloys, Titanium/titanium alloys, Steel, Stainless steel, Cobalt, Tungsten carbide, Chromium

Features

  • Fiberglass Reinforcement—High-strength fiberglass mesh provide added structural integrity, reducing the risk of wheel failure under side load or high RPM conditions.
  • Ceramic Grain Technology—Engineered micro-fracturing ceramic grains improve performance for hard-to-cut materials.
  • High-Strength Resin Bond—Maintains form stability under extreme loads.
  • Type 41 Flat Design—Maximizes contact area for precise, straight cuts in controlled, guarded applications with clamped workpieces.

Application

Application

  • 1

    Cutting high-tensile alloy steel billets

  • 2

    Sectioning hardened tool steels for secondary machining

  • 3

    Chop-stroke cutting of aerospace-grade metals

Recommendations

  • Always use proper guarding – Reinforcement adds strength, but safety standards (ANSI/OSHA) require full guarding for cut-off operations.
  • Clamp workpieces securely – Prevents movement that could cause binding, uneven cuts, or safety hazards.
  • Match wheel size and speed rating to the machine – Never exceed the maximum RPM indicated on the wheel.
  • Use steady, firm feed pressure—ceramic performs best under load.
  • Inspect wheels before mounting – Check for cracks, damage, or warping; do not use damaged wheels.