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Gashing Wheels 1V1
1V1/45 125mmx10mm D240C100 W=10mm X=10mm
1V1 45° 125mmx10mm D240C100 T=10mm X=10mm
Flute-Tech Gashing Wheel Features:
- Ultra-High Performance Hybrid Bond Construction
- Low grinding forces
- Superior surface finishes
- Excellent heat dissipation
- Reduced grinding costs
- Can be used for new tool manufacturing AND re-sharpening of carbide cutting tools
1V1/20 125mmx10mm D240C100 W=10mm X=10mm
1V1 20° 125mmx10mm D240C100 T=10mm X=10mm
Flute-Tech Gashing Wheel Features:
- Ultra-High Performance Hybrid Bond Construction
- Low grinding forces
- Superior surface finishes
- Excellent heat dissipation
- Reduced grinding costs
- Can be used for new tool manufacturing AND re-sharpening of carbide cutting tools
1V1/20 125mmx12mm D240C100 W=12mm X=10mm
1V1 20° 125mmx12mm D240C100 T=12mm X=10mm
Flute-Tech Gashing Wheel Features:
- Ultra-High Performance Hybrid Bond Construction
- Low grinding forces
- Superior surface finishes
- Excellent heat dissipation
- Reduced grinding costs
- Can be used for new tool manufacturing AND re-sharpening of carbide cutting tools
1V1/45 100mmx12mm D240C100 W=12mm X=10mm
1V1 45° 100mmx12mm D240C100 T=12mm X=10mm
Flute-Tech Gashing Wheel Features:
- Ultra-High Performance Hybrid Bond Construction
- Low grinding forces
- Superior surface finishes
- Excellent heat dissipation
- Reduced grinding costs
- Can be used for new tool manufacturing AND re-sharpening of carbide cutting tools
1V1/30 125mmx6mm D240C100 W=6mm X=6mm
1V1 30° 125mmx6mm D240C100 T=6mm X=6mm
Flute-Tech Gashing Wheel Features:
- Ultra-High Performance Hybrid Bond Construction
- Low grinding forces
- Superior surface finishes
- Excellent heat dissipation
- Reduced grinding costs
- Can be used for new tool manufacturing AND re-sharpening of carbide cutting tools
1V1/30 125mmx10mm D240C100 W=10mm X=10mm
1V1 30° 125mmx10mm D240C100 T=10mm X=10mm
Flute-Tech Gashing Wheel Features:
- Ultra-High Performance Hybrid Bond Construction
- Low grinding forces
- Superior surface finishes
- Excellent heat dissipation
- Reduced grinding costs
- Can be used for new tool manufacturing AND re-sharpening of carbide cutting tools
1V1/30 150mmx10mm D240C100 W=10mm X=10mm
1V1 30° 150mmx10mm D240C100 T=10mm X=10mm
Flute-Tech Gashing Wheel Features:
- Ultra-High Performance Hybrid Bond Construction
- Low grinding forces
- Superior surface finishes
- Excellent heat dissipation
- Reduced grinding costs
- Can be used for new tool manufacturing AND re-sharpening of carbide cutting tools
1V1/45 125mmx6mm D240C100 W=6mm X=6mm
1V1 45° 125mmx6mm D240C100 T=6mm X=6mm
Flute-Tech Gashing Wheel Features:
- Ultra-High Performance Hybrid Bond Construction
- Low grinding forces
- Superior surface finishes
- Excellent heat dissipation
- Reduced grinding costs
- Can be used for new tool manufacturing AND re-sharpening of carbide cutting tools
1V1/45 125mmx12mm D240C100 W=12mm X=10mm
1V1 45° 125mmx12mm D240C100 T=12mm X=10mm
Flute-Tech Gashing Wheel Features:
- Ultra-High Performance Hybrid Bond Construction
- Low grinding forces
- Superior surface finishes
- Excellent heat dissipation
- Reduced grinding costs
- Can be used for new tool manufacturing AND re-sharpening of carbide cutting tools
1V1/45 100mmx10mm D240C100 W=10mm X=10mm
1V1 45° 100mmx10mm D240C100 T=10mm X=10mm
Flute-Tech Gashing Wheel Features:
- Ultra-High Performance Hybrid Bond Construction
- Low grinding forces
- Superior surface finishes
- Excellent heat dissipation
- Reduced grinding costs
- Can be used for new tool manufacturing AND re-sharpening of carbide cutting tools
1V1/30 125mmx12mm D240C100 W=12mm X=10mm
1V1 30° 125mmx12mm D240C100 T=12mm X=10mm
Flute-Tech Gashing Wheel Features:
- Ultra-High Performance Hybrid Bond Construction
- Low grinding forces
- Superior surface finishes
- Excellent heat dissipation
- Reduced grinding costs
- Can be used for new tool manufacturing AND re-sharpening of carbide cutting tools
1V1/45 150mmx10mm D240C100 W=10mm X=10mm
1V1 45° 150mmx10mm D240C100 T=10mm X=10mm
Flute-Tech Gashing Wheel Features:
- Ultra-High Performance Hybrid Bond Construction
- Low grinding forces
- Superior surface finishes
- Excellent heat dissipation
- Reduced grinding costs
- Can be used for new tool manufacturing AND re-sharpening of carbide cutting tools
