Surface Preparation Wheels and Discs

Surface Preparation Wheels and Discs

CGW-Camel Grinding Wheels expanded its surface conditioning offerings, adding a line of surface preparation aluminum oxide and silicon carbide wheels and discs.

September 13, 2012

CGW-Camel Grinding Wheels expanded its surface conditioning offerings, adding a line of surface preparation aluminum oxide and silicon carbide wheels and discs.

The surface conditioning line is specially designed for blending, smoothing and finishing stainless steel, steel, aluminum and nonferrous metals.

Made from nonwoven material impregnated with abrasive grains, CGW's new surface preparation products remove paint, rust, and welding and cutting discoloration from stainless steel. The maroon-colored aluminum oxide products have a fine grit size, making them ideal for cleaning, blending and finishing stainless steel. The gray-colored silicon carbide products are very fine in grit size, and provide light finishes on metal, wood, composites and satin-finish aluminum.

The new type 27 shape surface preparation wheels are available in aluminum oxide and silicon carbide grains with 4-, 4 ½-, and 7-inch diameters. The type 27 wheels are designed with reduced backing to minimize work piece scratches and allow for full use of the wheel material.

The surface preparation discs have a roll-on attachment and are available in 2- and 3-inch diameters in aluminum oxide and silicon carbide grains.

"The new aluminum oxide and silicon carbide surface preparation wheels and discs allow CGW to offer a fuller line of quality abrasives," said Joe O'Mera, president, CGW-Camel Grinding Wheels.

Glossary terms in this article

  • aluminum oxide
    Aluminum oxide, also known as corundum, is used in grinding wheels. The chemical formula is Al2O3. Aluminum oxide is the base for ceramics, which are used in cutting tools for high…
  • grit size
    Specified size of the abrasive particles in grinding wheels and other abrasive tools. Determines metal-removal capability and quality of finish.