Titanium Carbo Nitride

TiCN is a step up from standard TiN, offering higher hardness and superior wear resistance due to its carbon content. This gray-blue coating is ideal for tools that work with harder materials, such as stainless steel and high-alloy steels.

3000

HV Hardness

Medium 
High

Friction Reduction

3–5×

Tool Life Increase

Titanium Carbo Nitride (TiCN)

Technical Data Sheet
Carbon-Enhanced Hardness
Higher hardness than TiN for better wear resistance.
Reduced Friction
Smoother tool operation on tough materials.
Excellent for Steel
Performs well on stainless and alloy steels.
Extended Tool Life
Ideal for tapping, reaming, and cutting tools.

Technical Specifications

3000 HV
Vickers Hardness (HV)
0.4
Friction Coefficient
400°C / 750°F
Max Operating Temp
: 2–5 μm
Typical Thickness
Blue-Gray
Coating Color

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Performance Advantages

Tool Life Extension
Up to 300% improvement in cutting tool longevity compared to uncoated tools
Heat Resistance
Superior thermal stability with operating
temperatures up to 400°C
Wear Protection
Exceptional abrasion and adhesive wear resistance in demanding applications
Key Advantages
Applications
Coating Process
Comparison
Certifications

TiCN is a smart upgrade for demanding cutting environments that require more strength than TiN, offering several significant advantages

  • Higher Hardness for Tougher Jobs: TiCN coatings provide superior hardness compared to TiN, enabling tools to withstand more rigorous applications and challenging materials without premature wear.
  • Better Lubricity than TiN: The enhanced lubricity of TiCN reduces friction during machining, which translates to less heat generation and improved chip evacuation.
  • Ideal for Tapping, Forming, and Dry Machining: TiCN's combination of hardness and lubricity makes it exceptionally well-suited for operations like tapping and forming, where preventing material build-up and reducing torque are crucial.

Machining and Cutting Tools

  • Drills, end mills, inserts, and taps benefit from AlTIN coating for high-speed machining.
  • Extends tool life.

Aerospace

  • Used in tooling for high-performance alloys and composite materials.
  • Ideal for titanium and nickel-based alloys.

Automotive

  • Applied on components and tools that undergo high stress and temperature, such as engine parts and gear cutting tools.

Medical

  • Used on surgical instruments and orthopedic implants for durability and biocompatibility.

Die and Mold Making

  • Coating improves the performance of tools cutting abrasive materials like glass-filled plastics or hardened steels.
Need a specific document? Contact us directly for technical support.
High hardness: Ideal for cutting hard materials.
Performs well at elevated temperatures 1300F
Thermal stability: Superior to many other PVD coatings.
Low coefficient of friction: Reduces tool wear and improves cutting efficiency.
  • Steels
  • Cast Iron
  • Aluminum
  • Bronze
  • Copper

Commonly used on:

  • Drills, taps, and end mills
  • Forming and punching tools
  • Die components
  • Mold inserts
  • Fasteners and wear parts

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