A new tool material whose hardness is second only to natural diamond is synthesized by artificial method.
It is the most suitable tool material for high-speed cutting of iron metal.
| Type | Form | Grain size | CBN(%) | Binder | Conductivity | Application area | Cutting speed |
|---|---|---|---|---|---|---|---|
| HB2-1045 | Carbide Backed | 1-3 | 50% | TiC/TiN | high | Continuous cutting of hardened steel | 200m/min |
| HB2-S1045 | Solid | 1-3 | 50% | TiC/TiN | high | Continuous cutting of hardened steel | 200m/min |
| HB2-2060 | Carbide Backed | 2-4 | 60% | TiN | high | Continuous and Mild Intermittent cutting of hardened steel | 100-180m/min |
| HB2-S2060 | Solid | 2-4 | 60% | TiN | high | Continuous and Mild Intermittent cutting of hardened steel | 100-180m/min |
| HB2-2565 | Carbide Backed | 3-6 | 65% | TiN | high | Medium intermittent powder metallurgy cutting of hardened steel continuous cutting of hardened steel | 100-220m/min |
| HB2-S2565 | Solid | 3-6 | 65% | TiN | high | Moderate intermittent cutting of Hardened Steel by Powder Metallurgy Cutting | 100-220m/min |
| Type | Form | thickness | Effective diameter | Aggregate thickness |
|---|---|---|---|---|
| HB2-1045 | Carbide Backed | 0.9 | 51 | 1.6 |
| HB2-2060 | Carbide Backed | 0.9 | 51 | 1.6 |
| HB2-2565 | Carbide Backed | 0.9 | 51 | 1.6 |
| HB2-S1045 | Solid | 1.0/1.6/4.9 | 47 | / |
| HB2-S2060 | Solid | 1.0/1.6/4.9 | 47 | / |
| HB2-S2565 | Solid | 1.0/1.6/4.9 | 47 | / |
