Flying Saw for Flying Inner Scarfed Pipe Cutting
Specification and Cutting Parameter
|
Dia |
Kerf |
Body |
Bore |
Teeth |
PCD |
Linear Speed |
Feed per tooth |
|
350 |
3.6 |
3.2 |
50 |
110/120 |
4*15*80 |
300-450m/min |
0.04-0.06mm |
|
400 |
3.6 |
3.2 |
50 |
130/140/160 |
4*15*80 |
300-450m/min |
0.04-0.06mm |
|
450 |
3.6 |
3.2 |
50 |
130/140/160 |
4*15*80 |
300-450m/min |
0.04-0.06mm |
|
500 |
3.6/4.0 |
3.2/3.6 |
50 |
140/160/180 |
4*16*80 |
300-450m/min |
0.04-0.06mm |
|
560 |
3.6/4.0 |
3.2/3.6 |
50 |
140/160/180 |
4*16*80 |
300-450m/min |
0.04-0.06mm |
|
600 |
4.0 |
3.6 |
80 |
160/180/200 |
4*22*160 |
300-450m/min |
0.04-0.06mm |
|
630 |
4.0 |
3.6 |
80 |
180/200/220 |
4*22*160 |
300-450m/min |
0.04-0.06mm |
TCT(Tungsten Carbide Tip)+PVD coating
Suggested linear speed : 300-450 m/min
Special teeth geometries design for inner scarfed pipe cutting
Applications : Cutting the flying inner scarfed pipe
Advantages: Higher tensile strength values, thicker tube thickness, faster production line speed.
Suggested linear speed : 300-450 m/min
Special teeth geometries design for inner scarfed pipe cutting
Applications : Cutting the flying inner scarfed pipe
Advantages: Higher tensile strength values, thicker tube thickness, faster production line speed.
