PCD/Polycrystalline Diamond Insert/Button Series PCD/Round Series PCD

PCD Introduction

1),Polycrystalline Diamond is a diamond combo produced by synthetic diamond sintered with bond under high temperature and high pressure, it has high wearability and high thermal stability. It is widely used in petroleun extraction, diamond machining, geology drill and mechanical processing tools.

2),Polycrystalline Diamond (PCD) is the product of sophisticated high-pressure, high-temperature technology in which carefully selected synthetic diamond particles are sintered together . The random orientation of the diamond particles produce a high uniform hardness and resistance to abrasion in every direction. This polycrystalline diamond layer is integrally bonded by an advanced process to a super tough tungsten carbide substrate which provides strength and permits joining with other metals.

3),Consistent quality and repeatability is a major advantage of PCD. It's uniform hardness combined with the toughness and shock resistance of the carbide substrate permit exceptionally high cutting speeds on nonmetallic materials and nonferrous metals.

PCD Advantages

1, PCD Series is the first choice for nature diamond cut&polished nowadays. We can provide different shape and different size of PCD.

2, TSP Series is the ideal material for petroleun and geological drilling bits since it has high wear resistance and much lower price compared to genuine diamond.

PCD Application

Used for drilling ,geological prospecting , drilling bits calibre insert, the crystal with high hardness, vickers hardness usually in 105N ×=1.20 proposed ,and was compared, and cost/natural diamond and very cheap,wear-resisting degree is high, the shape of triangular,square,rectangle,cylindrical, arc ends,its diverse and drilling tools and applicable to various geological requirements.

PCD/TSP Feature

 PCD Series have lower wearability than TSP series. It is the first choice for nature diamond cutting & polishing nowadays. We can provide dirrerent shapes and different sizes of PCD.