Standard AO Resin Cup Wheel

Name: Standard AO Resin Cup Wheel
Brand: TYROLIT

For Foundry and Primary Metals Applications

Powerful aluminum oxide cup wheels built for tough welds, casting flash, and foundry cleanup.

Angle grinder

Cast Steel

Casting materials

Ductile

Steel

Stainless steel

Aggressive Cut – Removes heavy welds and flash quickly, reducing rework time.

Durable Resin Bond – Built to withstand high-pressure, hand-held grinding.

Versatile Utility – Suitable for a wide range of foundry cleanup and fabrication tasks.

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Variants

· 8 Typennummern

Specification

Technical Data

Abrasive grainConventional (A+C)

Werkzeug fürAngle grinder

MaterialienCast Steel, Casting materials, Ductile, Steel, Stainless steel

Features

Aluminum Oxide Grain—Engineered for ferrous metal grinding, offering toughness and cutting efficiency on steel and iron.

Cup Wheel Geometry (Type 11)—Provides a versatile contact area for stable grinding, enabling smooth material removal and easier control on irregular surfaces.

Resin Bond System—Ensures grain retention under heavy load, improving wheel life and maintaining consistent performance.

Portable Machine Compatibility—Designed for use on angle grinders and similar hand-held tools, giving operators mobility in demanding work areas.

Heat-Resistant Design—Helps manage grinding heat buildup, reducing risk of burn marks and improving finish quality.

Description

Type 11 resin bonded aluminum oxide cup wheels deliver aggressive grinding power in a compact, versatile form factor for portable, hand-held machines such as angle grinders. Designed for foundry and primary metal applications, these cup wheels excel at removing weldments, casting flash, and metal trees with speed and control. The resin bond ensures durability under heavy grinding loads, while the tough aluminum oxide grain maintains sharp cutting edges for consistent performance. With their cup shape, these wheels provide a broad grinding surface, improving contact with workpieces and enhancing operator efficiency in demanding environments.