Diamond Saw Blade Main Ingredients

Diamond saw blade is a high-performance cutting tool widely used in the processing of hard and brittle materials such as stone, concrete, refractory materials and non-ferrous metals. Its main components include the matrix, diamond particles and metal carcass, which together form the core structure of the saw blade, determining its excellent cutting performance and durability.

The matrix is the main support structure of the diamond saw blade and is usually made of high-strength steel, such as 65Mn steel. Its role is to provide stable support and fixation to ensure that the saw blade can maintain the stability of the overall structure during use. The choice of substrate is crucial to the strength and rigidity of the saw blade, which directly affects the cutting efficiency and service life of the saw blade.

Diamond particles are the “blade” of the saw blade and play a key role in the cutting process with their unrivaled hardness. Diamond is one of the hardest substances known to man, making it capable of efficiently cutting a wide range of hard and brittle materials. In a diamond saw blade, diamond particles are evenly distributed in the metal carcass to form a strong cutting layer. The size, shape and distribution density of the diamond particles affect the cutting performance and durability of the saw blade.

The metal carcass is responsible for encasing and bonding the diamond particles to form a solid cutting layer. Metal carcasses are usually made of copper, iron, nickel, cobalt, and other metal powders, which are tightly bonded to the diamond particles during the sintering process to form a dense cutting structure. The selection and design of the metal carcass has an important influence on the cutting performance, wear resistance and impact resistance of the saw blade.

In summary, the main components of diamond saw blades include a matrix made of high-strength steel, diamond particles with high hardness, and a metal carcass made of various metal powders. Together, these components form the core structure of the saw blade, giving it excellent cutting performance, durability and a wide range of applications.