Versatile Drillco Drl216n128c - 7/16"" - 14 Nitro Max Spiral Flute Tap" Now 50% Cheaper [YSqf7tmF]

DRILLCO DRL216N128C - 7/16"" - 14 Nitro Max Spiral Flute Tap

The DRILLCO DRL216N128C tap is a premium tool designed for precision threading in a variety of materials. Engineered with a reduced neck design, this tap offers exceptional reach, improved coolant flow, and effortless chip evacuation. With its robust construction and advanced features, it is ideal for both conventional and CNC equipment.

• Material: Crafted from high-quality M35 Cobalt (HSS-E) with a high vanadium content, this tap provides superior heat resistance and red hardness, surpassing conventional High Speed Steel taps.
• Finish: The Black Oxide surface treatment enhances lubricity and prevents built-up edge formation, ensuring smoother threading and longer tool life.

The DRILLCO DRL216N128C tap is specifically designed for producing blind holes in workpieces, making it a versatile choice for various applications. This tap adheres to the industry-recognized USCTI 302A Standards, ensuring top-notch quality and reliability.

• Size: Available in a fractional size of 7/16", this tap is suitable for a wide range of threading tasks in different materials.
• Length: With an overall length of 3-5/32", this tap offers excellent reach and maneuverability in tight spaces.

The Nitro-Max Spiral Flute taps by DRILLCO are engineered for performance and durability. Whether you are working with high tensile strength steels, stainless steel, or other challenging materials, this tap delivers exceptional results. Its spiral flute design optimizes chip evacuation and coolant flow, ensuring clean and accurate threading every time.

• Applications: Ideal for production threading in both conventional and CNC equipment, this tap is suitable for a wide range of material groups, including difficult-to-machine materials.
• Packaging: Each tap comes in a convenient pack quantity of 1, ensuring easy storage and handling.

Discover the DRILLCO DRL216N128C tap and experience the difference in precision threading.