K10 K20 Tungsten Alloy Products Carbide Inserts For CNC Process

K10,K20 carbide inserts with coating for CNC process

K10,K20 Carbide Inserts With Coating For CNC Process (more specifically tungsten carbide and titanium carbide) are common materials in any kind of cutting tools: for example, saw blades, lathe tools, drill bits, router tools and dental drill bits are generally made of carbides. Carbides are widely used in such tools because they stay sharp longer than most other materials. In addition, some ballpoint pens use carbide balls because they are more durable.

The main body of tools such as cemented carbide saw blades is still made of steel. The carbide bit is brazed to the saw blade. The excellent cemented carbide cutter head is very durable, and the service time can reach one or twenty times that of ordinary steel cutter head.

Carbide bit on typical circular saw

Carbide bit on typical circular saw

The carbide bit will eventually become blunt. You can grind them like ordinary steel tools, but they are hard, so use different grinding tools. Diamond coated tools or carbide grinding wheels are usually used.

As we all know, diamond (pure crystalline carbon) is the hardest material in the world. The hardness of carbonaceous silica - silicon carbide - is very close to it. Tungsten carbide and titanium carbide are made of a compound of metal and carbon. Their hardness values in Mohs hardness are 8 and 9.

The tool head is not entirely made of carbides, partly because carbides are very expensive and tools made of pure carbides can be brittle. In fact, steel is a better material for making tool bodies because it is stronger and will not crack and break.

K10,K20 Carbide Inserts With Coating Specification

K10,K20 Carbide Inserts With Coating For CNC Process Picture

K20 Tungsten Alloy Products

K20 Tungsten Carbide Inserts

K10 Tungsten Carbide Inserts

K10 K20 Tungsten Alloy Products Carbide Inserts For CNC Process Images