Thermally stable diamond(TSP)

T6×6×4 Thermally stable diamond

ZB TSP is a thermally stable polycrystalline diamond product, which is manufactured by the ultra-high pressure and high temperature techniques. Its binder is chemically inert and has a similar coefficient of thermal expansion to that of diamond.

T4×4×2.6 Thermally stable diamond

ZB TSP is a thermally stable polycrystalline diamond product, which is manufactured by the ultra-high pressure and high temperature techniques. Its binder is chemically inert and has a similar coefficient of thermal expansion to that of diamond.

R2×4.5×120° Thermally stable diamond

ZB TSP is a thermally stable polycrystalline diamond product, which is manufactured by the ultra-high pressure and high temperature techniques. Its binder is chemically inert and has a similar coefficient of thermal expansion to that of diamond.

R8×3 Thermally stable diamond

ZB TSP is a thermally stable polycrystalline diamond product, which is manufactured by the ultra-high pressure and high temperature techniques. Its binder is chemically inert and has a similar coefficient of thermal expansion to that of diamond.

R10×5 Thermally stable diamond

ZB TSP is a thermally stable polycrystalline diamond product, which is manufactured by the ultra-high pressure and high temperature techniques. Its binder is chemically inert and has a similar coefficient of thermal expansion to that of diamond.

R20×10 Thermally stable diamond

ZB TSP is a thermally stable polycrystalline diamond product, which is manufactured by the ultra-high pressure and high temperature techniques. Its binder is chemically inert and has a similar coefficient of thermal expansion to that of diamond.

L10×10×10 Thermally stable diamond

TSP is thermally stable polycrystalline diamond product, which is manufactured by the same ultra-high pressure and high temperature techniques associated with other PCD products. Its binder is chemically insert and has a similar coefficient of thermal expansion to that of diamond. It is thermally stable up to 1200 degree Celsius. It is suitable for oil drilling bits and mining bits.

L5×5×20 Thermally stable diamond

TSP is thermally stable polycrystalline diamond product, which is manufactured by the same ultra-high pressure and high temperature techniques associated with other PCD products. Its binder is chemically insert and has a similar coefficient of thermal expansion to that of diamond. It is thermally stable up to 1200 degree Celsius. It is suitable for oil drilling bits and mining bits.

L3×3×5 Thermally stable diamond

TSP is thermally stable polycrystalline diamond product, which is manufactured by the same ultra-high pressure and high temperature techniques associated with other PCD products. Its binder is chemically insert and has a similar coefficient of thermal expansion to that of diamond. It is thermally stable up to 1200 degree Celsius. It is suitable for oil drilling bits and mining bits.

L1.5×1.5×1.5 Thermally stable diamond

TSP is thermally stable polycrystalline diamond product, which is manufactured by the same ultra-high pressure and high temperature techniques associated with other PCD products. Its binder is chemically insert and has a similar coefficient of thermal expansion to that of diamond. It is thermally stable up to 1200 degree Celsius. It is suitable for oil drilling bits and mining bits.

Ball Thermally stable diamond

Thermal Stable Polycrystalline diamond (TSP) can be manufactured into a variety of sizes and shapes (Cubes, Cylinders,Discs, Rectangles, Triangles, Spheres etc.)

S-Trapezoid Thermally stable diamond

TSP is thermally stable polycrystalline diamond product, which is manufactured by the same ultra-high pressure and high temperature techniques associated with other PCD products. Its binder is chemically insert and has a similar coefficient of thermal expansion to that of diamond. It is thermally stable up to 1200 degree Celsius. It is suitable for oil drilling bits and mining bits.

Special-2 Thermally stable diamond

TSP is thermally stable polycrystalline diamond product, which is manufactured by the same ultra-high pressure and high temperature techniques associated with other PCD products. Its binder is chemically insert and has a similar coefficient of thermal expansion to that of diamond. It is thermally stable up to 1200 degree Celsius. It is suitable for oil drilling bits and mining bits.

Special-1 Thermally stable diamond

TSP is thermally stable polycrystalline diamond product, which is manufactured by the same ultra-high pressure and high temperature techniques associated with other PCD products. Its binder is chemically insert and has a similar coefficient of thermal expansion to that of diamond. It is thermally stable up to 1200 degree Celsius. It is suitable for oil drilling bits and mining bits.

S-Hexagon Thermally stable diamond

TSP is thermally stable polycrystalline diamond product, which is manufactured by the same ultra-high pressure and high temperature techniques associated with other PCD products. Its binder is chemically insert and has a similar coefficient of thermal expansion to that of diamond. It is thermally stable up to 1200 degree Celsius. It is suitable for oil drilling bits and mining bits.

S4×6RA Thermally stable diamond

TSP is thermally stable polycrystalline diamond product, which is manufactured by the same ultra-high pressure and high temperature techniques associated with other PCD products. Its binder is chemically insert and has a similar coefficient of thermal expansion to that of diamond. It is thermally stable up to 1200 degree Celsius. It is suitable for oil drilling bits and mining bits.

A10×10×3R1.5 Thermally stable dia

Thermal Stable Polycrystalline diamond (TSP) can be manufactured into a variety of sizes and shapes (Cubes, Cylinders,Discs, Rectangles, Triangles, Spheres etc.)

A10×3×3R1.5 Thermally stable dia

Thermal Stable Polycrystalline diamond (TSP) can be manufactured into a variety of sizes and shapes (Cubes, Cylinders,Discs, Rectangles, Triangles, Spheres etc.)