Diamond Wire Drawing Die Blank is sintered by micron diamond powder andbond under HPHT circumstances, which owns some characteristics (veryhigh hardness, wear resistance and thermal conductivity), and thelmechanical strength and tenacity are excellent. Therefore it is suitable fohigh-speed drawing for nonferrous wires (aluminum, copper, nickel) and stainless steel and other alloy wires. E-Abrasive diamond wire drawing dieblanks includes self-supported blanks (SL) and tunsten carbide supportedlblanks(TSL). And there are two types for SL blanks, which are round(SL-R)and hexagon(SL-H).
TSP is unsupported polycrystalline diamond. It is with extremely high wear resistance and thermal stability(up to 1200) and high density structure. TSP is widely used in making drilling bits for petroleum and geology prospecting, and tools for diamond and machinery processing. Different shapes( cylinder, conical, square, triangle and hetrerotypic etc. ) can be offered.
Polycrystalline Diamond Compact(PDC) is sintered with diamond and WC under ultrahigh pressure and temperature. Combining with the advantages of diamond and WC, PDC is with extremely high wear resistance and excellent impact strength. It is widely used in drilling for all sorts of geological terrane. Such as oil,geological and engineering drilling, etc.
PCBN is multicrystalline structure of CBN which been produced by high pressure high temperature(HPHT) sintering of cubic boron nitride(CBN) with binder. It is with high hardness, good thermal stability, thermal conductivity and impact toughness. CBN can be resistant to temperature of 1400 to 1800 .
PCBN is multicrystalline structure of CBN which been produced by high pressure high temperature(HPHT) sintering of cubic boron nitride(CBN) with binder. It is with high hardness, good thermal stability, thermal conductivity and impact toughness. CBN can be resistant to temperature of 1400 to 1800.
PCD blank is consisted of carbide substrate and polycrystalline diamond layer. It is with high hardness and wear resistance. and good impact resistance. which make it an ideal material for processing conner aluminum and other non-ferrous metals and their alloys, wood, graphite, plastic, refractory materials, ceramic, rubber, laminate flooring etc.
