Cleveland
Cleveland C55360 Spiral Point Tap M3x0.5 2 Flutes
M3x0.5 spiral-point tap cuts metric threads in through-holes with two flutes and TiN-coated high-speed steel
- TypeTaps
- M3 x 0.5 metric thread cuts precise internal threads
- Spiral point design pushes chips forward for smoother tapping
- High-speed steel with TiN coating resists wear on tough materials
- 28 mm overall length reaches deeper holes
- Two flutes balance chip clearance and cutting strength
Cleveland M3 Spiral Point Tap
The Cleveland C55360 is a spiral point tap designed for creating M3x0.5 metric threads in through holes. It suits maintenance technicians and metalworkers who need reliable thread cutting in general purpose materials.
High Speed Steel limits practical speed
High speed steel construction provides good wear resistance but requires moderate cutting speeds and proper lubrication. The TiN coating reduces friction and extends tool life compared to uncoated taps when used within recommended parameters.
Two flute design aids chip evacuation
Two flutes and a 7.87 mm thread length support forward chip flow in through hole applications. The 49.28 mm overall length fits standard tap holders while the D3 limit and 6H class of fit produce threads for standard metric fasteners.
Highlights
- M3 x 0.5 metric thread cuts precise internal threads
- Spiral point design pushes chips forward for smoother tapping
- High-speed steel with TiN coating resists wear on tough materials
- 28 mm overall length reaches deeper holes
- Two flutes balance chip clearance and cutting strength
Specifications
| Brand | CLEVELAND |
|---|---|
| Type | Taps |
Questions about this item
What thread size and pitch does the M3x0.5 tap cut?
This tap cuts a standard M3 metric thread with a 0.5 mm pitch, matching the 2.50 mm drill size for a 75 percent thread engagement.
How deep can the 7.87 mm thread length cut in one pass?
The 7.87 mm thread length limits the full-form threads cut in a single pass; deeper holes require multiple passes or a longer tap.
How does the spiral point design affect chip flow in a through hole?
The spiral point pushes chips ahead of the tap, making it suited for through holes where chips can exit the far side without clogging the flutes.
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