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Fastcut 11047 1/4-20 H3 2FL S/P PLUG TAP
SKU56064
MFGR #11047
Your Cost: $8.13/ea
List: Spiral point plug tap has ¼ in - 20 thread size and 2 high speed steel flutes.
Spiral point plug tap has ¼ in - 20 thread size and 2 high speed steel flutes.
Catalog Number 11047 Class of Fit H3 Size ¼ in - 20 Thread Standard NC Through Coolant No Type Spiral Point Plug Tap UPC 11 66289011047 UPC 12 66289011047 Stock Status NORMALLY STOCKED Brand Dynabrade® Cutting Direction Fastcut Material High Speed Steel Material Application Aluminum;Copper;Brass;Leaded Steel;Low Carbon Steel;Stainless Steel Number of Flutes 2 Thread Limit H3 Thread Size ¼ in - 20 These taps are primarily designed for tapping through holes, however, they can also be used in blind holes which are deep enough to allow for chip accumulation in the bottom of the hole. The spiral point forces the chips ahead of the tap, thereby preventing clogging and recutting of chips. Long holes, in excess of 1-½ diameters, can be tapped as a result. They can be used by hand or under power and are suitable for tapping most materials, especially those with high ductility.
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| Catalog Number | 11047 |
| Class of Fit | H3 |
| Size | ¼ in - 20 |
| Thread Standard | NC |
| Through Coolant | No |
| Type | Spiral Point Plug Tap |
| UPC 11 | 66289011047 |
| UPC 12 | 66289011047 |
| Stock Status | NORMALLY STOCKED |
| Brand | Dynabrade® |
| Cutting Direction | Fastcut |
| Material | High Speed Steel |
| Material Application | Aluminum;Copper;Brass;Leaded Steel;Low Carbon Steel;Stainless Steel |
| Number of Flutes | 2 |
| Thread Limit | H3 |
| Thread Size | ¼ in - 20 |
| These taps are primarily designed for tapping through holes, however, they can also be used in blind holes which are deep enough to allow for chip accumulation in the bottom of the hole. The spiral point forces the chips ahead of the tap, thereby preventing clogging and recutting of chips. Long holes, in excess of 1-½ diameters, can be tapped as a result. They can be used by hand or under power and are suitable for tapping most materials, especially those with high ductility. |