288 M6 x 1.0 6H 3FL SP PT PLUG TAP
288 M6 x 1.0 6H 3FL SP PT PLUG TAP
OSG2888301
2888301
8.97
/ EA
http://schema.org/OutOfStock
/Product/OSG2888301
- Applicable Materials: Aluminum, Aluminum Alloy, Cast Aluminum and Low/Medium Carbon Steel
- Chamfer: 4.5P-5.5P Plug
- Class of Fit: 6H
- Hand Direction: Right Hand
- Material: HSS
- Number of Flutes: 3
- Overall Length Decimal Inch: 63
- Overall Length Metric: 1600.2
- Series: 288
- Shank Diameter Decimal Inch: 0.255
- Shank Diameter Metric: 6.47
- Surface Treatment: Steam Oxide
- Thread Length Decimal Inch: 0.63
- Thread Length Metric: 16
- Thread Limit: 6H
- Thread Size: M6-1
- Thread Standard: Coarse
- Has Attributes: Yes
- Has Image: Yes
- Size: M6
- System of Measurement: Metric
- Through Coolant (Yes/No): No
HY-PRO® SEVEN is a class of fit spiral point tap for ferrous and non-ferrous materials.
- Application
- Item Features
- Standards
- Recommended Speeds
For ferrous and non-ferrous materials applications
- HSS material - increased wear resistance
- Spiral point - for through hole applications
- Bright, steam oxide surface treatment - increases mechanical lubricity
- Slow spiral - efficient chip evacuation
- 2B and 6H class of fits - eliminates guess work associated with H and D limits
REACH EU Regulation Article 33 No. 1907/2006|RoHS Directive EU 2015/863|WEEE 2002/96/EC|PROP65: When grinding or regrinding industrial cutting tools, residual grinding dust may occur. This dust may contain chemicals known to the state of California to cause cancer, birth defects or other reproductive harm. For more information go to www.P65Warnings.ca.gov
| Workpiece material | Suitability | Cutting speed (SFM) |
|---|---|---|
| P — Steel | ||
| Low Carbon Steel: 1010; 1018 | Best | 50 – 90 |
| Medium Carbon Steel: 1035; 1045 | Best | 40 – 80 |
| N — Non-Ferrous | ||
| Aluminum: 6061; 7075 | Good | 30 – 80 |
| Aluminum: Casting | Good | 30 – 80 |
Speeds and suitability ratings supplied by OSG for the HY-PRO SEVEN series. Starting values — adjust for your setup, coolant and workholding rigidity.