CBN integral welding blade is a numerical control blade with more stable processing performance and higher durability after optimized design, which can replace the similar coated blade and cemented carbide blade.

CBN and PCD supper hard material cutting insert tool
Material:
Type | Feature |
YCB011 | This material has higher content of CBN, higher hardness (HV3400-3800), better thermal stability and good wear resistance, it is main using in high speed and precision cutting for iron P-M material. |
YCB012 | Lower CBN content, finer grain structure in PCBN grade, high hardness (HV3200-3500), good thermal stability and relatively low thermal conductivity, mainly for High-speed, high-precision continuous or minor intermittent cutting for hardened steel (HRC45-65) ,it is recommended to use dry cutting. |
CA1000 | Al2O3+Ticn matrix, higher abrasive resistance, suitable for continuous processing for hardened steel,ductile ion. |
CN2000 | Si3N4 matrix, high abrasive resistance and good toughness combination, suitable for hardened just, gray cast iron continuous, intermittent turning. Also suitable for processing die steel and other high hardness materials. |
CN1000 | Si3N4 matrix, anti-chipping, excellent thermal shock resistance, suitable for semi-finishing and finishing of gray cast iron, can also achieve good cutting performance when cutting heavy-duty intermittent cutting material |
Series:
Type | Detail model |
C | CNGA120404T01515,CNGA120408T01515,CNGA120404S01515,CNGA120404T01525,CNGA120404S01020,CNGA120404S02020,CNGA120408S02020 |
D | DNGA150408T01525,DNGA150408T01515,DNGA150404S01020,DNGA150404S02020 |
S | SNGA120408S02020,SNGA120408S01515,SNGA120408S01020,SNGA120404T02020 |
T | TNGA160404T01515,TNGA160404T01525,TNGA160408T01515,TNGA160408S01020 |
V | VNGA160404T01515,VNGA160404S01020,VNGA160408S01020,VNGA160404T01525 |
R | RNGN090300T02020, RNGN120400T02020, RNGN120700T0220, RNGN150700T02020 |
It has higher wear resistance than cemented carbide and ceramics when it is used to process high hardness materials
It has good red hardness.
It also does not react with iron series materials at 1200-1300 ºC.
When the temperature is about 1000 ºC, it will hydrolyze with water, resulting in a large amount of CBN being worn
It is beneficial to improve the machining accuracy of workpiece.
The friction coefficient between CBN and different materials is between 0.1 and 0.3, which is much lower than that of cemented carbide (0.4-0.6)
Because of the low friction coefficient, it is not easy for CBN tools to form a stagnant layer or build up a chip when cutting.
