HP TiCN

High Performance Coatings
for Cutting Tools

Explore our coatings:

HP TiCN

HP TiCN Coating: Unleashing Toughness and Precision in Machining

Experience the next level of machining prowess with our Titanium Carbonitride (TiCN) Coating – a multi-purpose marvel tailored for applications where higher toughness and lower friction are paramount. Immerse your machining processes in the excellence of HP TiCN Coating, recognized for its exceptional lubricity, particularly in threading operations.

Key Features
  • Versatile toughness: HP TiCN Coating stands as a multi-purpose solution, excelling in applications that demand higher toughness and lower friction
  • Exceptional lubricity: Enjoy superior lubricity specifically designed for threading processes, enhancing precision and reliability in every operation

Applications
  • Tapping all materials: From soft to hard materials, HP TiCN Coating ensures optimal performance in tapping applications
  • Machining stainless steel: Navigate stainless steel machining with ease, benefiting from the toughness and lubricity of HP TiCN Coating
  • Machining aluminum: HP TiCN Coating enhances precision and durability in aluminum machining processes

Choose HP TiCN Coating from Primus Coating for a versatile, tough, and high-performance solution that elevates your machining capabilities. Unleash the power of HP TiCN Coating technology for unparalleled toughness, lower friction, and precision in every machining task.

Series

High Performance

Composition

TiCN

Titanium Carbonitride

Hardness

35 GPa

Thickness

2.5 ~ 3µm

Color

Grey

Materials

Applications

Structure

Multilayer

Oxidation Temperature

400ºC

Surface Roughness (Ra)

0.15 ~ 0.30

Coefficient of Friction

0.2

Coating Deposition Temperature

450ºC

Talk with an expert!​

Our team is ready to provide personalized solutions tailored to your needs.
Whether you have questions, need guidance, or want to explore our offerings,
our experts are here to assist you.

Select your country:

USA

Information about equipment: