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Radiac Ceramic Non-Reinforced Cut-Off Wheels

Cut Stronger. Stay Cooler. Last Longer. Built for peak performance, our non-reinforced ceramic grain Type 41 cut-off wheels deliver the sharpest cut, the coolest grind, and the longest life, engineered for rigid, guarded cut-off systems from 8" to 20".

Chop saw
Chop saw
Cut-off machine
Cut-off machine
Stationary cutting machine
Stationary cutting machine
Casting materials
Casting materials
Tungsten carbide
Tungsten carbide
Titanium/titanium alloys
Titanium/titanium alloys
Cast Steel
Cast Steel
Chromium
Chromium
Cobalt
Cobalt
Ductile
Ductile
HSS
HSS
Nickel
Nickel
Nickel based alloys
Nickel based alloys
Rails
Rails
Stainless steel
Stainless steel
Steel
Steel
Micro-Fracturing Grain = Self-Sharpening Cut Ceramic grain fractures under pressure, constantly revealing fresh cutting edges—delivering a consistently sharp cut across the wheel’s life.
Cool Cutting = Better Part Integrity The high-efficiency grind of ceramic abrasives reduces friction and heat input, minimizing the risk of tempering, burning, or part distortion.
Longer Life = Lower Cost Per Cut Ceramic wheels last significantly longer than traditional grain types, requiring fewer changeouts and improving operator efficiency in high-volume operations.
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Variants

· 2 Type numbers

Specification

Description

When productivity and precision intersect, ceramic grain technology leads the way. Our non-reinforced Type 41 resin-bonded ceramic and ceramic-blend cut-off wheels are designed for high-efficiency cutting in demanding environments. Ranging from 8" to 20" diameters, these wheels are ideal for fixed-base chop saws and clamped workpiece setups, where rigidity and guarding allow full advantage of a non-reinforced structure. Featuring the latest in ceramic abrasive grain technology, these wheels offer superior sharpness, cooler cutting action, and significantly longer life than conventional aluminum oxide, zirconia, or silicon carbide wheels. Their micro-fracturing grain structure continuously exposes fresh, sharp cutting points, reducing thermal damage, minimizing burr, and increasing cut accuracy. Designed for high alloy steels, hardened materials, and precision parts, these wheels set a new standard for performance in industrial cut-off applications.

Technical Data

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

Features

  • Ceramic or Ceramic Blend Grain Structure—Advanced engineered grain breaks down in a controlled, predictable way, offering high material removal rates and consistent cutting-edge exposure. Ceramic blends are tailored for specific material types and cut rates.
  • Non-Reinforced Resin Bond Structure—Designed for secure, well-guarded setups where side load is absent. The non-reinforced wheel profile allows for precision cuts and clean break behavior under extreme conditions, ideal for safety-conscious, high-accuracy environments.
  • Wide Diameter Range (8"–20")—Supports deep cutting requirements on large or thick stock. Suitable for both high-precision lab setups and heavy-duty chop saws with fixtured workpieces.

Application

Application

  • 1

    Cutting hardened alloy steel bar stock in aerospace or medical component production

  • 2

    Sectioning tool steel or HSS blanks for forging or precision machining

  • 3

    Blanking parts from hardened shafts or round stock in manufacturing environments

Recommendations

  • Use only on fixed-base machines with rigid, fully clamped workpieces Non-reinforced wheels are not suitable for handheld or flexible setups; secure the workpiece and ensure the machine is vibration-free.
  • Use with full guarding and operator protection Ceramic wheels are sharp and aggressive; guarding is essential to ensure safety, especially due to the non-reinforced design.
  • Allow the wheel to cut with consistent, steady pressure Avoid forcing the wheel; ceramic grains cut efficiently on their own and excessive force can reduce performance or increase breakage risk; however, pressure that is too light can lead to burning.
  • Match the ceramic blend to the material For extreme hardness or heat-sensitive metals, a pure ceramic grain is ideal. For mixed material streams or structural steels, a ceramic blend may offer better balance of aggression and durability.
  • Inspect and store wheels properly Keep wheels flat, dry, and out of direct sunlight. Inspect each wheel before mounting to ensure structural integrity and bond condition.