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In addition to Nut Taps, there are a few other types of taps commonly used for threading fasteners. These taps are designed for different applications and offer specific benefits. Here are some examples:   Bottoming Taps: Bottoming Taps, also known as Plug Taps, have a shorter chamfer length compared to standard taps. They are used for threading blind holes where the tap needs to reach the bottom of the hole. Bottoming Taps have a flat or slightly rounded tip, allowing them to thread close to the bottom without excessive chip accumulation.   Taper Taps: Taper Taps have a longer chamfer length and a more gradual taper compared to other taps. They are used for starting threads in through-holes or when easy alignment is required. Taper Taps help guide the tap into the hole and gradually cut the threads, making them suitable for both hand and machine threading operations.   Spiral Point Taps: Spiral Point Taps, also called Gun Taps or Chip Taps, have a pointed end with a spiral flute design. The spiral flute pushes the chips forward, allowing for efficient chip evacuation. Spiral Point Taps are commonly used in high-volume production for through-hole threading applications.   Roll Taps: Roll Taps, also known as Thread-Rolling Taps or Thread-Forming Taps, are designed for creating threads in ductile materials like aluminum, copper, and brass. Instead of cutting the threads, Roll Taps displace the material to form the thread. This process provides stronger threads and improved resistance to stripping. Interrupted Thread Taps: Interrupted Thread Taps are specialized taps used for threading fasteners with interrupted threads, such as helical coil inserts or helicoils. These taps have a specific flute design that allows them to thread into the helical coil insert, ensuring proper engagement and secure fastening. It's important to select the appropriate tap type based on the specific threading requirements, material being threaded, and the type of fastener being produced. Considerations such as hole depth, thread engagement, material hardness, and production volume should be taken into account when choosing the right tap for threading fasteners.

HSS Machine Taps (High-Speed Steel Machine Taps) are primarily used for cutting internal threads in metal workpieces. They are commonly utilized in various industrial sectors, including manufacturing, automotive, aerospace, and electronics. Here are the main applications of HSS Machine Taps: Internal threading: The primary purpose of HSS Machine Taps is to create internal threads in metal workpieces. By inserting the HSS Machine Tap into a pre-drilled hole, the tool is rotated to cut the metal, forming the threaded structure. These internal threads can be used for applications such as thread connections, fastening, adjustment, and sealing.   Manufacturing of mechanical components: HSS Machine Taps are widely employed in the production of mechanical components. For example, in automotive manufacturing, HSS Machine Taps are used to create threaded holes in engine parts, chassis components, transmission systems, and other parts. In mechanical engineering, they are also utilized for manufacturing various machinery and tooling with threaded holes.   Maintenance and repair: HSS Machine Taps play a significant role in maintenance and repair work. When existing threads are damaged or worn out, HSS Machine Taps can be used to recondition or repair the threaded holes. By re-cutting the threads, the functionality and usability of the components can be restored.   Manufacturing industries: In addition to the machinery sector, HSS MachineTaps are also used in other manufacturing industries such as aerospace and electronics. These industries often require precise internal thread machining to ensure the quality and performance of assemblies and connections.   In summary, the main application of HSS Machine Taps is for cutting internal threads in metal workpieces. They are crucial cutting tools used in a wide range of manufacturing and maintenance sectors, facilitating thread connections, repair, and the production of high-quality mechanical components.