Thermal stable TSP manufacturers tell you that the characteristic of diamond polycrystalline TSP is that it is applied to petroleum drilling, geological prospecting, and drill bit small gauge polycrystalline. Compared with natural diamond, the cost is very low and the wear resistance is high. And the product can be processed into the size and shape required by the user.

Thermal stable TSP manufacturers tell you that compared with large single crystal diamond and conventional CVD diamond materials, polycrystalline diamond as a tool material has the following advantages:
1. The thermal stable TSP manufacturer tells you that the crystal grains are arranged in disorder, isotropic, and have no cleavage planes. Therefore, it is not like large single crystal diamonds in terms of strength, hardness and wear resistance on different crystal planes. , And the brittleness due to the existence of cleavage noodles.
2. The thermal stable TSP manufacturer tells you that it has high strength, especially the PCD composite sheet has high impact strength due to the support of the cemented carbide matrix. When the impact is large, only small grains will be broken. It will not collapse like single crystal diamonds, so PCD tools can be used not only for precision cutting and general semi-precision machining, but also for rough machining and interrupted machining (such as milling, etc.) with a larger amount of cutting. This greatly expands the use of diamond tool materials.
3. It can prepare large tool blanks to meet the needs of large processing tools such as milling cutters.
4. The thermal stable TSP manufacturer tells you that it can be made into a specific shape to suit the needs of different processing. Due to the large-scale PCD tool and the improvement of processing technology such as electric spark and laser cutting technology, triangle, herringbone and other special-shaped tool blanks can be processed and formed. The Thermal stable TSP manufacturer tells you that to meet the needs of special cutting tools, it can also be designed into wrapped, sandwich and coiled tool blanks.
5. The performance of the product can be designed or predicted, and the product can be given the necessary characteristics to adapt to its specific purpose. For example, choosing fine-grained PDC tool material can improve the quality of the cutting edge of the tool, and coarse-grained PDC tool material can improve the durability of the tool, and so on. Thermal stable TSP manufacturers tell you that with the development of PCD tool materials, their applications have rapidly expanded to many manufacturing industries. Thermal stable TSP manufacturers tell you that they are widely used in non-ferrous metals (aluminum, aluminum alloys, copper, copper alloys, magnesium alloys). , Zinc alloys, etc.), hard alloys, ceramics, non-metallic materials (plastics, hard rubber, carbon rods, wood, cement products, etc.), composite materials (fiber reinforced plastics, metal matrix composite materials, etc.), especially In the wood and automobile processing industries, it has become a high-performance alternative to traditional cemented carbide.