A.Definition of Ceramic Sand belt
The ceramic sand belt is a normal abrasive material based on ceramic abrasive, designed for surface processing such as polishing, grinding etc. The ceramic sand belt features even abrasive force, high hardness, efficient grinding, etc. It is widely used in industries like metal, glass, ceramic, building materials processing.
B.Advantage of Ceramic Sand belt
1.Highly wear-resistance, even grinder, self-sharpening and long life span. It has advantage of wear-resistant, high-temperature resistant, low thermal-expansion rate, un-easy to break, etc, very suitable for high intensity and efficiency workshop.
2.Good thermal performance. The ceramic sand belt can endure high temperature, un-distorted and low wear rate. Its stable performance enable it to work under high temperature for long time.
3.Long working life. The ceramic sand’s self-sharpening function make the ceramic granule stick firm to the surface, so the working life of each ceramic belt have much longer life-span than others, this will help the workshop decrease their cost with higher efficiency.
C.Ceramic sand belt application
1.Metal Processing. The ceramic sand belt can adapt to the high-intensity , high efficiency request metal industry, widely used in aluminum alloy, stainless steel, steel polishing and grinding.
2.Ceramic Processing. With the ceramic sand belt many unique character, the ceramic sand belt are quite ideal for ceramic products’ grinding, modification and polishing.
3.Building Materials. Materials like marbles, stones, cement products are quite ideal with ceramic sand belt for polishing and grinding.
D.Summery
To sum up, ceramic abrasive belts have the advantages of high wear resistance, excellent temperature resistance, and long service life, and are widely used in various fields. For companies with relatively high requirements for workpiece grinding and processing, the use of ceramic abrasive belts can improve processing efficiency and reduce costs. It is a very effective grinding tool.
Post time: Oct-17-2023