Double Sided Cashmere Fabric Cutting Machine Nano Ceramic Octagonal Blade

Product Parameter

Product Features:

Zirconia ceramics have the advantages of high hardness, good wear resistance, high toughness, low friction coefficient, good corrosion resistance, insulation, and no static electricity.

Fields of application:

Ceramic blades have changed the traditional slitting and cutting processing technology, and solved many processing problems that were difficult to solve in production.At present, it is widely used in copper and aluminum foil, industrial film, papermaking, chemical fiber, glass fiber, rubber, leather, tape, medical surgery, tobacco, lithium battery, capacitor, aerospace and other industries.

Ceramic blade introduction:

Ceramic knives are mostly machined from a nanomaterial, zirconia.ZRO2 (100nm) nanoscale powder is pressed into a knife blank with a mold under a heavy pressure of 300 tons at a high temperature of 1750 degrees, and then grinded and cut into a finished ceramic blade with a diamond grinding wheel. Ceramic blades are new types of blades with sharpness in industrial applications. The service life of ceramic knives is 100 times longer than that of high-speed steel blades and more than 3-13 times longer than that of tungsten carbide blades.The ceramic blade has the characteristics of high hardness, high density, high temperature resistance, anti-magnetization, oxidation resistance, and no static static loading.

In the modern slitting and cutting process, in order to improve the processing efficiency, high-speed steel or cemented carbide tools are still used for slitting and cutting.Traditional knives are no longer able to meet the high requirements of modern science and technology development for slitting and cutting (burrs, warping, powder dropping, cutting surface uniformity, static electricity), while ceramic knives show incomparable advantages in the field of high-speed slitting and slitting difficult-to-process materials with their excellent heat resistance, wear resistance and chemical stability, and no static loading.