Radiac Zirconium Reinforced Cut-Off Wheels

Name: Radiac Zirconium Reinforced Cut-Off Wheels
Brand: TYROLIT

Power Meets Endurance. Reinforced zirconia cut-off wheels deliver high-speed cutting with extended life, perfect for heavy-duty fixed-base metal applications.

Chop saw

CNC machine

Cut-off machine

Stationary cutting machine

Casting materials

Nickel

Steel

Titanium/titanium alloys

Stainless steel

Nickel based alloys

Cast Steel

Self-Sharpening Grain – Zirconia grain fractures under load to maintain cutting aggression over longer runs.

High-Load Capability – Handles heavy feed pressures without rapid wear.

Extended Service Life – Reduces wheel changeouts in demanding production environments.

Dealer Search

Variants

· 2 Typennummern

Specification

Technical Data

Abrasive grainConventional (A+C)

Werkzeug fürChop saw, CNC machine, Cut-off machine, Stationary cutting machine

MaterialienCasting materials, Nickel, Steel, Titanium/titanium alloys, Stainless steel, Nickel based alloys, Cast Steel

Features

Fiberglass Reinforcement—High-strength fiberglass mesh provide added structural integrity, reducing the risk of wheel failure under side load or high RPM conditions.

Zirconia Alumina Grain—Engineered for hard, wear-resistant metals and heavy-duty cutting.

Resin Bond Strength—The bond system maintains form and stability under high-pressure cutting conditions.

Type 41 Flat Design—Optimized for straight, accurate cuts with maximum contact.

Description

For high-production metal cutting where speed and endurance matter, our reinforced Type 41 resin-bonded zirconia cut-off wheels excel under the toughest conditions. The zirconia alumina grain self-sharpens during use, maintaining aggressive cutting power while extending wheel life. With fiberglass reinforcement for strength and a durable resin bond for stability, these wheels handle the demands of large section cuts, high feed pressures, and extended cutting cycles in fixed-base machines. They’re ideal for cutting alloy steels, stainless steels, and hard ferrous metals with consistent performance from start to finish.