WIDIA GTD Victory 4160059 GT80 Form C High Performance Spiral Flute Tap, Right Hand Cutting, M10x1.5 Thread, Semi-Bottoming Chamfer, Right Hand Flute Direction, 2 Flutes, DLC Coated, HSS-E
Item #:
GTD 4160059
Product Info
Widia GTD
Manufacturer Part #: 4160059
WIDIA GTD Victory Spiral Flute Tap, Form C High Performance, Series: GT80, Measurement System: Metric, Coarse, M10×1.5, Semi-Bottoming Chamfer, 2 Flutes, HSS-E, DLC Coated, Class of Fit: 6H, Right Hand Cutting, 16 mm Thread Length, 100 mm Overall Length, 10 mm Shank Dia, Right Hand Flute Direction, Wrought Aluminum, Cast Aluminum, Copper and Copper Alloys Material Application, Yes Through Coolant (Yes/No)
- New generation of high performance, high speed steel powdered metal taps for material specific tapping applications
- Optimum combination of grades, geometries and coatings to deliver higher quality threads and longer tool life
- Boost your productivity with our unique, highly wear resistant powder metal substrate, modified with a higher than standard cobalt content for greater heat resistance
- Enhanced design for reliable thread in different materials
- More resistant to edge chipping than carbide
- Better performance at high speeds
- Chamfer design for minimized chip load and lower torque
- Manufactured from powdered metal high speed steel coated for thread cutting and thread forming in various applications
- Offer performance advantages over other regular high speed steel taps
- High wear resistance and hot hardness without sacrificing edge strength
- PVD coatings offer outstanding thermal stability, hot hardness, oxidation resistance and low coefficient of friction
- Taps can be used in collet and hydraulic holders
- Low runout of thread and chamfer
- Coated HSS-E, PVD lower vanadium HSS-E substrate with DLC coating
- WN48EG coating grade
Item Specifications
-
Semi-Bottoming
-
6H
-
Right Hand
-
DLC Coated
-
Right Hand
-
HSS-E
-
Wrought Aluminum, Cast Aluminum, Copper and Copper Alloys
-
Metric
-
2
-
100 mm
-
GT80
-
10 mm
-
16 mm
-
M10x1.5
-
Coarse
-
Yes
-
Form C High Performance