Customization: | Available |
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Logo Printing: | with Logo Printing |
Size: | Small |
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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.
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 |
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 |
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.