fits model: M20, D7.

| Brand | KENNAMETAL |
|---|---|
| Manufacturer Part Number | MT3838015 |
| Country Of Origin | UNITED STATES |
| Non-domestic Product | NO |
| Type | METRIC TAP S |
| System Of Measurement | METRIC |
| Set Or Single Item | SINGLE ITEM |
| UPC | 686125380151 |
Introducing the Kennametal MT3838015 M20 2.5x20mm Plug Tap, a high-performance tool designed for thread cutting and tapping applications in various industries. This tap is manufactured with HSS-D7 Rh (High Speed Steel-Deep Hardened Reversible) flute material, ensuring excellent strength, durability, and resistance to wear and tear.
The M20 designation refers to the metric thread size, making this tap suitable for applications requiring M20 threads. The tap is 2.5 times the length of the thread diameter, which is typically used for deep tapping where access to the bottom of the hole may be limited.
The tap features a square drive end to ensure easy and secure engagement with wrenches and drivers. The flutes are designed with a right-hand helix, which facilitates chip evacuation during the tapping process, ensuring efficient and accurate thread creation.
The Kennametal MT3838015 M20 2.5x20mm Plug Tap is engineered with the highest precision and quality, ensuring consistent thread dimensions and excellent surface finish. It is suitable for use in a wide range of materials, including steel, aluminum, and titanium, making it a versatile tool for various industries, including automotive, aerospace, and industrial manufacturing.
With its strong HSS-D7 Rh material and efficient right-hand flute design, this tap delivers superior threading performance, enabling faster production times and reduced downtime for maintenance. The tap is also designed to minimize the risk of thread damage or breakage, ensuring long-lasting use and reliability.
In conclusion, the Kennametal MT3838015 M20 2.5x20mm Plug Tap is an essential tool for thread cutting and tapping applications in various industries. Its high-performance HSS-D7 Rh material, efficient right-hand flute design, and precise manufacturing make it a reliable and versatile tool for creating M20 threads in a wide range of materials.
a. High-performance: This tap is made from HSS (High-Speed Steel), which offers excellent wear resistance and strength, making it suitable for heavy-duty tapping applications.
b. Precision: The flute design (RH, right-hand) allows for easier thread engagement and chip evacuation. This leads to improved accuracy and smoother thread formation.
c. Versatility: The M20 thread size is commonly used in various industrial applications, making this tap a versatile addition to any machinist's toolbox.
d. Durability: The D7 rh flute design helps reduce the risk of thread damage and allows for faster machining. The HSS material also ensures the tap lasts longer than standard taps.
2. Cons:a. Cost: Compared to standard taps, this Kennametal tap is more expensive. However, its superior performance and durability may justify the investment for heavy-duty applications.
b. Size: Due to its larger size and thread pitch, this tap may not be suitable for smaller projects or applications requiring finer thread sizes.
Conclusion:The Kennametal MT3838015 M20 2.5x20mm Plug Tap HSS D7 RH Flute is an excellent investment for machinists working on heavy-duty projects that require precise thread formation and durability. Its high-performance features, including the HSS material and right-hand flute design, make it an ideal choice for industrial applications. However, its larger size and higher cost may be a disadvantage for smaller projects or those with limited budgets.
Recommendation:If you are working on heavy-duty projects that require precise thread formation and durability, the Kennametal MT3838015 M20 2.5x20mm Plug Tap HSS D7 RH Flute is a worthwhile investment. Its high-performance features and versatility make it an essential tool for any serious machinist. However, if you are working on smaller projects or have a limited budget, you may want to consider standard taps with similar thread sizes. Ultimately, the choice depends on your specific requirements and the demands of your project.
