Brief: Discover the TiAlN Coated Carbide Through Coolant Drill, engineered for high-precision deep hole machining in engine blocks. This advanced drill features ultra-fine grain carbide and TiAlN coating for superior wear resistance and heat stability, ideal for aluminum alloy, cast iron, and steel applications.
Related Product Features:
TiAlN PVD coating for exceptional wear and heat resistance during high-speed drilling.
Internal through-coolant design ensures effective heat dissipation and lubrication.
Ultra-fine grain carbide substrate enhances durability and precision.
Ideal for drilling oil holes, water cooling channels, and head bolt holes in engine blocks.
Precision-ground geometry for excellent centering and drilling stability.
Suitable for aluminum alloys, cast iron, and compacted graphite iron (CGI).
Delivers smooth bore finishes with low roughness, reducing the need for honing.
Customizable diameter and length options to meet specific engine block needs.
Faqs:
What materials can this drill handle?
It is suitable for aluminum alloys, cast iron, compacted graphite iron (CGI), and steel engine blocks.
Why is the TiAlN coating beneficial?
TiAlN provides excellent thermal stability and reduces friction, extending tool life during high-speed and dry or MQL machining.
What coolant systems can be used?
Compatible with water-soluble coolant, cutting oils, and MQL systems, with high-pressure through-coolant capabilities.
What is the recommended cutting speed?
Typical speeds are 60-150 m/min for cast iron and 150-300 m/min for aluminum alloys, depending on the coolant system and machine rigidity.