The cutting discs are generally divided into cutting and grinding classes from having methods. The cutting machine is fixed and mobile. The power of the device has high power (>5. 5KW) as well as low power (<3KW). Cutting speeds are broadband cutting (>80m/s) and standard cutting. In addition, the particular cutting material is loads of, such as stainless precious metal, titanium alloy, ordinary metal, viscous metal, high co2 steel, non-metal, and the like. Different applications require distinct cutting blade performance, so you must plasma torch Manufacturers choose a reasonable lowering blade. Choosing a good cutting blade based on its own use situation can raise the safety factor, increase work efficiency, and reduce utilization cost.

　　The use with cutting discs and good quality requirements:

　　Made of Welding Cutting machine abrasives as well as binder resins, etc. Applied for ordinary steel, s / s, and non-metallic cutting mower blades. Due to the needs belonging to the industry, the need intended for cutting technology, the current cutting blade technology is an increasing number of developed, and the hardness from the cutting chips is likewise getting higher and increased. Here we look for the importance of the hardness with the cutting blade.

　　The cutting blades are made of high-strength resin and specially-made exclusive abrasives. They allow large linear speeds of more than 50 m/s and aren't brittle. They have distinct cutting edges, extremely low cutting heat, and a shallow heat-inducing layer on the cutting blade. Reduce interference. Cutting discs are popular in machinery, automobiles, boats, metallurgy, chemical industry, or anything else.,and can also be found in iron decoration and apparatus repair in modern houses and factories. Professional grinding general metal, stainless aluminum, broken fire steel, software steel construction metal, forged gray iron, hard fail-safe metal.

　　Superhard abrasive per se has extremely high hardness, so it can process a crowd of high hardness materials, especially materials that happen to be difficult to process using ordinary abrasives. For case in point, non-metal materials such as cemented carbide and ceramics, agate, optical cup, semiconductor materials, stone, concrete, non-ferrous metals, and non-ferrous metals, etc. are processed making use of diamond abrasives.

　　Superhard lowering blades have low use, long service life and also high grinding ratio. Below the conditions of realistic use, they can acquire good economic results, specifically for materials that are complicated to process with normal abrasives, and have superior economic results.