Ceramic Sanding Belts Vs Aluminum Oxide

Both belts have the ability to resharpen as they wear and both are primarily used on metal applications.

Ceramic sanding belts vs aluminum oxide.

In the end both types of belts are excellent belts. Aluminum oxide is the most common abrasive used on sandpaper. Open coat resists loading due to spreading the grains apart on the backing material. Although it is stronger than aluminum oxide zirconia may have difficulties grinding mill scale.

Available in open and closed coat. This habit means that ceramic grains break down in a controlled manner extending the. Products available at afs. The combination of a very good shelf life and lower cost is what makes aluminum oxide stand out over other forms of sandpaper including silicon carbide.

Ceramic abrasives have a micro crystalline habit and are more uniform in their structure than either aluminium oxide or zirconia abrasives. On the other hand closed coat sandpaper produces a more uniform scratch pattern making it a good choice for sanding finishes. Zirconia sanding discs and zirconia sanding belts are the most popular types of abrasives found in the marketplace. Both grains are considered hi performance.

Used primarily on metal applications. As high performance belts both zirconia and ceramic sanding belts will last longer and remove metal faster than aluminum oxide or silicon carbide sanding belts. When sanding harder metals such as titanium or stainless steel aluminum oxide does not have as long of a life as say ceramic or zirconia. These hi performance grains have the ability to constantly resharpen as they wear providing fast cutting action through their usable life.

Additionally aluminum oxide is exceedingly durable. Flap discs sanding discs quick change discs wide range of belts ceramic grit abrasives. Zirconia will have a much longer life than aluminum oxide be more fiable and provide a cooler sanding grinding experience. Both will remove metal faster and last longer than all aluminum oxide or silicon carbide products.