Last Chance Un 1/2"x13 2xdo - 13tpi Un Internal Carbide Thread Mill - Vardex Helical Tool [NtPi4SRU]
UN Internal Carbide Thread Mill - Vardex Helical The Vardex Helical UN Internal Carbide Thread Mill is a precision tool designed for internal machining of UN threads. Engineered with cutting-edge technology, this thread mill is crafted from high-qual
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UN Internal Carbide Thread Mill - Vardex Helical
The Vardex Helical UN Internal Carbide Thread Mill is a precision tool designed for internal machining of UN threads. Engineered with cutting-edge technology, this thread mill is crafted from high-quality Micrograin Solid Carbide, ensuring exceptional durability and longevity. Its unique helical design provides superior chip control and reduces vibration, resulting in cleaner cuts and increased tool life.Key Features and Specifications
This UN Internal Carbide Thread Mill boasts a range of impressive features and specifications. It is ideal for steel, stainless steel, HRSA's, cast iron, and non-ferrous materials, making it a versatile choice for various applications. The tool features a cutting diameter of 8.9mm and a shank diameter of 10mm, with a thread pitch of 13 TPI. The VTH Grade and TiCN coating further enhance the tool's performance and extend its lifespan. Here are some of the key features and specifications:- Material: Micrograin Solid Carbide
- Thread Standard: UN
- Thread Pitch: 13 TPI
- Shank Diameter: 10mm
- Cutting Diameter: 8.9mm
- Grade: VTH
- Coating: TiCN
Applications and Benefits
The Vardex Helical UN Internal Carbide Thread Mill is an essential tool for professionals in various industries, including automotive, aerospace, and general engineering. Its high precision and durability make it ideal for creating internal threads with tight tolerances. The tool's ability to handle a wide range of materials and its long-lasting TiCN coating ensure that it can withstand demanding applications. By using this thread mill, you can achieve cleaner cuts, reduced vibration, and increased productivity. Here are some of the practical uses and benefits:- Applications: Automotive, aerospace, general engineering, and more
- Benefits: Superior chip control, reduced vibration, increased tool life, and higher productivity
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