CCGW-21.50.5 Polycrystalline Diamond (PCD) Grade CTM302 (2 µm to 30 µm)
Engineered for superior performance in Turning operations, this insert provides exceptional wear resistance and cutting efficiency for demanding machining applications.
| ANSI | CCGW 21.50.5 | ISO | CCGW060202 | |
| Shape | C | 80° Diamond |
C |
80° Diamond |
| Relief Angle |
C |
7° |
C |
7° |
| Tolerance | G | .001" |
G |
.025mm |
| Type |
W |
Screw on |
W |
Screw on |
| Insert Size | 2 | .250" (I.C.) 1/4 |
06 |
6mm Edge Length |
| Thickness |
1.5 |
.094" |
02 |
2.38 mm |
| Corner Radius |
0.5 |
.008" |
02 |
0.2mm |
| Wiper (BS) | None | Included Nose Angle | 80° | |
| Tip Length | .125" | 3mm | ||
| Insert Hand | Neutral | Top Rake | 0° | |
| PCD Grade | CTM302 | Micron Range |
2/30µm |
Multi-Modal |
Using CTM302 grade PCD in turning operations offer benefits like superior wear resistance, high-strength edges, and thermal stability, making it ideal for abrasive materials like high-silicon aluminum alloys, MMC, and certain cast irons. Its multi-modal grain structure (2 µm to 30 µm) provides excellent abrasion resistance and edge quality, leading to faster speeds, better surface finish, and increased tool life in demanding applications.
· Excellent edge strength and quality: The combination of different grain sizes creates a strong, high-quality cutting edge that maintains its sharpness, leading to more precise cuts.
· Improved surface finish: The sharp and stable cutting edge reduces friction and provides a cleaner cut, which can minimize the need for secondary finishing operations.
· Increased productivity: The tool's durability and sharpness enable faster machining speeds and higher production rates, as it can withstand the demands of continuous turning operations.
· Good thermal stability: CTM302 has strong thermal stability, which is crucial for maintaining performance and tool integrity at high operating temperatures during the machining process.