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As a core functional material for adjusting matrix performance, the microscopic uniformity of pre-alloyed powder is the decisive factor enabling ceramic cutting blades to achieve low edge chipping and high straightness cutting performance.

As a core functional material for adjusting matrix performance, the microscopic uniformity of pre-alloyed powder is the decisive factor enabling ceramic cutting blades to achieve low edge chipping and high straightness cutting performance.

Grinding diamond tools are widely applied in the processing of tiles and stone materials. Tiles and stone feature complex compositions. So what alloy powder and iron powder are suitable for grinding diamond tools? Today, Sagwell will give you a detailed introduction.

As the core for regulating matrix performance, the uniformity and sintering properties of pre-alloyed powder are pivotal determinants for precision machining tools to achieve micron-level machining accuracy.

Sagwell serves a large number of diamond saw blade manufacturers. After sintering and discharging from the furnace, all saw blades must undergo rigorous inspection to identify potential quality defects. Only qualified products can proceed to the next production process. The routine inspection items are specified as follows:

The performance of the matrix material of diamond core drill bits directly determines whether the drill bit can maintain stability under continuous impact and intense grinding. The high-performance alloy powder developed by Sagwell serves as the key to empowering core drill bits to achieve efficient drilling from the material source.

Sagwell's customers engaged in sintered diamond tool manufacturing widely adopt pre-alloyed powders as matrix materials. In terms of overall matrix performance, these powders can be divided into two categories