4-.70 MET SPIRAL POINT TAP - KnKut

The KnKut KK22M-4-.70 4-.70 MET SPIRAL POINT TAP is a professional-grade tool engineered for technicians and mechanics who require precise and efficient metric thread cutting. Designed to create M4 x 0.70mm threads, this tap ensures reliability and accuracy in a variety of demanding automotive and industrial applications. Its specialized design facilitates clean and consistent threading, making it an essential addition to any professional toolkit.

Key Features

• Spiral Point Design: The innovative spiral point (or "gun tap") design efficiently pushes chips forward, preventing clogging and ensuring smooth, continuous tapping, particularly in through-hole applications.
• Precision M4 x 0.70mm Threading: Engineered to produce accurate M4 x 0.70mm metric threads, vital for secure fastenings and component compatibility across numerous systems.
• Professional-Grade Construction: Manufactured by KnKut, this tap is crafted from high-speed steel (HSS) for enhanced durability and wear resistance, capable of withstanding rigorous workshop environments.
• Reduced Friction and Cutting Force: The design minimizes friction and cutting force, leading to a smoother tapping process and reduced strain on the tool and machine.
• Improved Thread Quality: Efficient chip removal helps prevent thread damage and burr formation, resulting in high-quality threads with a clean finish.

Applications

This M4 x 0.70mm spiral point tap is highly versatile for a broad range of professional uses. It is ideally suited for threading new holes or repairing stripped threads in existing components within automotive repair, machinery maintenance, and general industrial assembly. Common applications include creating mounting points for sensors, small fasteners in engine components, chassis work, and preparing holes in electrical enclosures. It performs effectively in a variety of materials, including steel, cast iron, aluminum, brass, and other non-ferrous metals. Its design makes it particularly suitable for machine tapping operations where efficient chip evacuation is crucial.