
- General Features
PCD with high toughness similar to that of cemented carbides.
Aluminium alloys and achieves a longer and more stable tool life.
effective. - Cutting Performance
DA1000 Conventional PCD Wear Resistance in Turning Application
DA1000 0,20 0,16 Conventional PCD 0,12
0,08 0,04 DA1000
| 0 | 2 | 4 | 6 |
| Cutting Distance (km) |
| Work Material: | 17% Al-Si alloy | Work Material: | 17% Si-Al alloy |
| Insert: | TPGW 160308 | Insert: | TPGN 160304 |
Cutting conditions: vc= 1.000m/min, f=0,15mm/rev, ap= 0,2mm, Wet Cutting Conditions: v =800m/min, f=0,12mm/rev, a =0,5mm, Wet c p NF Type Inserts - General Features
- NF-Type Edge
material surface finishing. Application Examples (NF-type is precision ground just like - conventional inserts.)
| Results: | Results: | ||||
| 1,5 times longer tool life than | No initial chipping, tool life is more | ||||
| competitor‘s with higher cost | than 50 times that of carbides. | ||||
| effectiveness. | |||||
| Competitor’s | Competitor’s | ||||
| PCD | PCD | ||||
| SUMIDIA NF | SUMIDIA NF | ||||
| Tool Life Ratio | Tool Life Ratio | ||||
| Work Material: | ADC12 (Al-12% Si alloy) | Work Material: | ADC12 (Al-12% Si alloy) | ||
| Insert: | TEEN32R NF | Insert: | TPGN 110304 NF | ||
| Cutting conditions: v = 3.000m/min, f = 0,06mm/rev, a = 0,2mm | Cutting conditions: v = 530m/min, f=0,05mm/rev, a = 0,2mm | ||||
| c | p t | c | p |