Spiral Flute Tap: M2 x 0.40, Metric Coarse, 3 Flute, Bottoming, 6H Class of Fit, Cobalt, Bright/Uncoated MPN:5975721
Spiral Flute Tap: M2 x 0.40, Metric Coarse, 3 Flute, Bottoming, 6H Class of Fit, Cobalt, Bright/Uncoated is a versatile threading tool designed by DORMER for machining of metric materials in diverse industries including automotive, aerospace and medical. This premium quality tap features an uncoated cobalt alloy body that ensures durability and wear resistance with a 6H class of fit for optimal thread formation on difficult to machine materials. With three spiral flutes for effective chip removal, this bottoming tap comes in Metric Coarse size of M2 x 0.40 with bright finish providing improved visibility during use. This precision engineering tool excels in tapping stainless steel or other hardened materials where accuracy and dependable thread formation is essential, making it an ideal choice for demanding industrial applications requiring consistent performance.
Product Information
- : 5975721
- Chamfer: Bottoming
- Class of Fit: 6H
- Coating/Finish: Bright/Uncoated
- Coolant Through: No
- Flute Direction: Right Hand
- Flute Style: Slow
- Helix Angle: 15
- Material: Cobalt
- Material Application: Alloy Steel; Aluminum Alloy; Carbon Steel; Hardened Steel; Structural Steel
- Number of Flutes: 3
- Overall Length (Decimal Inch): 1.7730
- Overall Length (mm): 45.00
- Series: E207
- Shank Diameter (Decimal Inch): 0.1103
- Shank Diameter (mm): 2.80
- Tapping Depth (Decimal Inch): 0.3546
- Tapping Depth (mm): 9.00
- Thread Direction: Right Hand
- Thread Length (Decimal Inch): 0.1576
- Thread Length (mm): 4.00
- Thread Size (mm): M2 x 0.40
- Thread Standard: Metric Coarse
Additional Information
- Hazardous Materials: No, oK to Ship Via Air
- Material Safety Data Sheet (MSDS) Required: No
- Country of Origin: DE, Germany
- TAA Compliant: Yes
- UNSPSC: 23241600
- CA Restricted (Prop 65): Unknown
- Package Length: 3.31
- Package Width: 0.43
- Package Height: 0.37
- Package Weight: 0.01
- Prohibited States: AK,HI,PR