Widia™ GT225022 GTD™ Victory™ GT22 Form C High Performance Forming Tap, Metric, M12x1.75, Coarse Thread, 6 Flutes, 6HX
Thread Forming Taps
710881
MFG #: 4158501
WIDIA™
131.60000
/ ea
- Alternate Catalog Number: GT225022
- Catalog Number: 4158501
- Chamfer Type: Semi-Bottoming
- Class of Fit: 6HX
- Country of Origin: US
- Cutting Direction: Neutral
- Finish Coating: TiN Coated
- Gross Weight Per Pack: 0.1400 lb
- Material: HSS-E-PM
- Measurement System: Metric
- Number of Flutes: 6
- Overall Length: 110 mm
- Series: GT22
- Shank Diameter: 9 mm
- Size: M12x1.75
- Standards: DIN 2174
- Thread Length: 18 mm
- Thread Standard: Coarse
- Type: Form C High Performance
- UPC 11: 21169726415
- Stock Status: NONSTOCK
- Brand: WIDIA™
- Manufacturer: Greenfield Industries
- Features
| 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 run out of thread and chamfer |
| Applicable on steel |
| Flood coolant |
| 2 to 3 pitch |
| -0.036 mm shank diameter tolerance |
| Long tap life at up to 50% higher tapping speed |
| Excellent chip control |
| Reliable performance |