Aluminum Turning Inserts with Better Versatility and Economy CCGT09T304AL
Application:
Technical Information:
Long chip material. If it is an alloy, the control of the chips is relatively easy. Pure aluminum is tacky, requiring sharp cutting edges and high cutting speeds. The cutting force is low, so the power required for processing is also low. If the Si content of the material is less than 7-8%, it can be processed with fine-grained uncoated carbide inserts. If you are processing aluminum with a high Si content, use a PCD tool.
Feature Advantage:
Recommended Cutting Parameters:
MN10 | ||||
Feed (mm/rev) | ||||
0.05 - 0.35 | ||||
ISO |
Material |
Heat Treatment | Hardness (HB) |
Speed (m/min) |
N | Aluminum Alloy | Un-Heat Treatment | 60 | 1750 - 800 |
N | Aluminum Alloy | Heat Treatment | 100 | 510 - 250 |
N | Cast Aluminum Alloy | Un-Heat Treatment | 75 | 460 - 175 |
N | Cast Aluminum Alloy | Heat Treatment | 90 | 300 - 110 |
N | Copper Alloy | Lead Alloy | 110 | 610 - 205 |
N | Copper Alloy | Copper | 90 | 310 -195 |
N | Copper Alloy | Copper, Lead-free Copper, Electrolytic Copper | 100 | 225 - 115 |
Grade |
Coating |
Performance | Equivalent Grade |
MN10 |
Uncoating |
| H10 HTi10 H01 |
Serial |
Type |
MN10 |
C | CCGX09T3 * -AL | ★ |
C | CCGX1204 * -AL | ★ |
D | DCGX11T3 * -AL | ★ |
S | SCGX09T * -AL | ★ |
S | SCGX1204 * -AL | ★ |
T | TCGX16T3 * -AL | ★ |
T | TCGX2204 * -AL | ★ |
V | VBGX1604 * -AL | ★ |
V | VCGX1604 * -AL | ★ |