TiAlN (Titanium Aluminum Nitride) Coating Technology
ENDULO coating, which features TiAlN (Titanium Aluminum Nitride) as its main component, is an advanced surface treatment technology characterized by its aluminum content, providing excellent high-temperature oxidation resistance. It prevents oxidation even in high-temperature environments of up to 800°C, significantly enhancing tool durability. This coating excels in harsh conditions such as dry and high-speed machining, contributing to extended tool life and reduced maintenance costs.
■ Features
High-Temperature Oxidation Resistance: Suppresses oxidation and maintains stable performance in environments up to 800°C.
Excellent Wear Resistance: Minimizes wear and extends tool life.
Adaptability to High-Speed and Dry Machining: Delivers outstanding durability under high-load conditions.
Custom Settings for Specific Tools: Provides tailored coatings to maximize performance based on tool type and material.
■ Specifications
Color: Purple
Hardness: 3000Hv
Heat Resistance: Up to 800°C
Coating Thickness: 2 - 4 μm
Friction Coefficient: 0.4
■ Applications
Cutting Tools: Ideal for drills and end mills requiring high-speed rotation, enhancing machining efficiency.
Mold Components: Strengthens heat and wear resistance in injection and press molding dies.
Automotive Parts Processing: Supports precise machining in high-temperature environments, improving component quality.
Aerospace Parts Processing: Perfect for machining high-strength alloys and complex-shaped parts.
■ Services Provided
TiAlN Coating Application: Improves heat resistance and wear resistance, maximizing tool performance.
Customized Coating Settings: Tailored coatings based on tool material and machining conditions.
TiAlN coating technology is the optimal solution for improving performance under high-temperature and demanding machining conditions. By achieving excellent wear resistance and extended tool life, it supports manufacturing process efficiency and cost reduction.
■ For more details, please contact us.
