Milwaukee High Carbon Steel Metric Straight Plug Tap M14-1.25 mm is engineered to deliver clean, repeatable internal threads in metalworking projects that demand reliability and longevity. Crafted from high carbon steel and finished in black oxide, this tap is designed to stand up to frequent use in demanding metals, making it a dependable choice for professional shops and serious home workshops alike.
Key features that set this plug tap apart:
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Material and finish: High carbon steel provides rugged wear resistance, while the black oxide finish helps reduce corrosion and improve lubricity during cutting.
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Thread specification: Internal metric thread M14 x 1.25, aligning with standard metric fasteners and components commonly found in metal assemblies.
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Size and style: 3.25 inches in overall length with a straight flute design, optimized for finishing internal threads with a stable, true final cut.
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Packaging and availability: Supplied in clamshell packaging as a single-tinish tool, ready to add to your tap-and-die collection.
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Usage notes: Drill bit not included—pair this tap with the appropriate drill bit and cutting fluid for best results in metalworking applications.
How to use for precise results:
- Prepare the workpiece with the correct pilot hole for M14-1.25 threads (not included here).
- Lubricate the hole and tap with a suitable cutting fluid to reduce heat and chip build-up.
- Enter the tap squarely and turn with a tapping wrench or machine tap handle, maintaining steady pressure and alignment.
- Periodically back off to clear chips and prevent binding, then test-fit a compatible fastener to verify thread engagement.
Why this Milwaukee tap is a practical choice:
- Durable construction meets the rigors of metal fabrication, maintenance, and repair tasks where reliable internal threads are essential.
- The M14-1.25 specification covers a common size in construction, automotive, and equipment repair projects, ensuring broad compatibility with metric components.
- The black oxide finish enhances longevity in tough environments and helps maintain effective cutting performance over time.