About THR SM 10.0x1.5*D8
THR SM 10.0x1.5-D8 is a high precision solid carbide thread milling cutter designed for accurate M10 threading in CNC machining applications. Suitable for 1.5 pitch threads, this carbide thread mill delivers excellent thread accuracy, superior surface finish, and stable cutting performance in materials such as steel, stainless steel, alloy steel, and engineering components. Engineered with premium carbide grade and optimized cutting geometry, it ensures smooth chip evacuation, reduced cutting pressure, and extended tool life even in demanding machining conditions. The robust D8 shank provides enhanced rigidity and vibration resistance, making it ideal for automotive components, die and mould machining, aerospace parts, and general engineering industries. Its advanced design supports efficient threading operations with high dimensional accuracy and reliable productivity. As part of premium carbide cutting tools, it is trusted by CNC cutting tools manufacturers and industrial cutting tools suppliers. SUKHMANI TOTAL SOLUTIONS, a leading CNC tools supplier in India, offers high quality precision carbide thread mills with competitive pricing and expert technical support.
Precision and Versatility for Multiple MaterialsEngineered for demanding threading and drilling, the THR SM 10.0x1.5*D8 excels in diverse materials such as steel, stainless steel, cast iron, and non-ferrous metals. Its high concentricity and H7 cutting accuracy guarantee quality results with every use, making it a reliable tool for manufacturers and machinists seeking dependable performance.
Advanced Wear Resistance and Coolant TechnologyWith a robust TiN coating and internal coolant holes, this drill bit delivers outstanding wear resistance, extended tool life, and superior heat management. The design minimizes downtime and ensures efficient cutting, even during longer machining operations or in challenging materials.
FAQ's of THR SM 10.0x1.5*D8:
Q: How should I operate the THR SM 10.0x1.5*D8 drill bit for optimal performance?
A: To achieve optimal results, use the bit in either CNC or conventional drilling machines, operating at a recommended cutting speed of 60-120 m/min, depending on the material. Both manual and automatic feed methods are supported, and internal coolant is highly advised to maintain cutting quality and tool longevity.
Q: What types of materials can this drill bit be used on?
A: The THR SM 10.0x1.5*D8 is designed for use on steel, stainless steel, cast iron, and non-ferrous metals, thanks to its robust solid carbide build and wear-resistant TiN coating.
Q: When should I use internal coolant with this tool?
A: Internal coolant is recommended when drilling deeper holes or working with heat-sensitive materials. It helps in efficient chip evacuation, prevents thermal damage, and prolongs the tool's life, especially during high-speed or precision operations.
Q: Where is this drill bit best utilized?
A: This twist drill bit is ideal for machine shops, manufacturing plants, and industrial workshops in India and beyond, where precision threading and drilling are essential. It is suitable for both CNC and manual drilling applications.
Q: What is the process of threading with this tool?
A: The threading process involves rotary drilling to create accurately sized threaded holes. The spiral flute design aids in chip evacuation, while the precise H7 tolerance ensures the resulting threads meet stringent dimensional criteria.
Q: How does the TiN coating benefit the user?
A: The Titanium Nitride (TiN) coating provides excellent wear resistance, reduces friction, and increases the hardness of the cutting edges (above 90 HRC). This means longer tool life, improved performance, and reduced tool replacement costs.
Q: What are the main benefits of choosing the THR SM 10.0x1.5*D8 drill bit?
A: Users benefit from high cutting accuracy, robust durability, effective heat management through coolant holes, and compatibility with a wide range of materials and machines. Its polished surface and ISO/ANSI compliance ensure consistent, professional-quality results.