Titanium Nitride Coating for Aerospace Components
Wear-resistant, inert, corrosion-resistant titanium nitrogen coating for durable aerospace components. Capable of increasing tool life two to ten times.
Wear-resistant, inert, corrosion-resistant titanium nitrogen coating for durable aerospace components. Capable of increasing tool life two to ten times.
Titanium Nitride (TiN) coating, applied via PVD, enhances hardness, reduces friction, and improves wear and corrosion resistance, while AS9100-certified processes and full material traceability ensure mission-critical aerospace components meet the highest quality standards.
TiN is extremely thin, typically 1–5 microns, ensuring enhanced performance without altering dimensional integrity or compromising FAI or CMM inspection requirements.
Increases hardness and protects aerospace parts from extreme wear during continuous operation.
Create a strong barrier against oxidation, extending the lifespan of structural and precision aerospace components.
Ultra-thin coating preserves tolerances required for AS9100-compliant aerospace machining.
Minimize friction to prevent galling and seizure in aerospace fasteners, connectors, and moving assemblies.
Provide a uniform golden finish that enhances visual appeal and traceability of parts.
Apply evenly to complex 5-axis geometries, ensuring consistent coating across intricate aerospace designs.
Thickness
Thin coatings typically 1-5 microns, preserving dimensional accuracy.
Tolerance Impact
Ultrathin layer maintains tolerance up to ±0.005mm.
Hardness
Around 2000HV for superior wear protection.
Surface Roughness
Smooth uniform surfaces with minimal added roughness.
Oxidation Temperature
Withstands up to 600 degrees Celsius and above.
Color
Golden yellow finish aids identification and inspection.
Alloys
Effective on many titanium alloys including grades 2, 5, and 9
Standards
AS9100D, ISO 9001, NADCAP specifications, FAI.
5-axis milling of complex airfoils resisting high-speed particle erosion.
Titanium 6Al-4V, Ti-6Al-2Sn-4Zr-2Mo
Precision turning requiring hard coating for reduced sliding friction.
Stainless Steel 17-4 PH, 440C
Complex spline machining ensuring high surface hardness and wear life.
Steel 9310, 4340
Aerospace-aligned quality system
Documented and auditable processes
Improves wear resistance and protects blades in high-temperature aerospace engines.
High-Temp Wear Resistance
Increase hardness and corrosion resistance for critical aerospace applications.
High-Strength Corrosion Control
Reduces friction and ensures reliable movement in flight control systems
Low-Friction Flight Control
Resist corrosion and ensure precise sealing in demanding fuel systems.
Precision Fuel Sealing| Titanium Coating | Purpose | Hardness | Thickness | Surface Roughness | Notes |
|---|---|---|---|---|---|
| Titanium Nitride | General wear and corrosion protection | 2000HV | 1-5 microns | Smooth, Fine finish | Golden finish, widely used |
| Titanium Carbonitride | Sliding parts, reduced friction | 3000HV | 2-5 microns | Slightly rougher | Bluish gray, harder, low friction |
| Titanium Aluminium Nitride | High temperature aerospace parts, oxidation resistance | 3200HV | 2-5 microns | Smooth darker finish | Dark finish, high heat, stability. |
| Multilayer/Composite | Extreme aerospace parts, maximum durability. | 3500HV | 3-7 microns | Layered texture | Premium critical aerospace use |
Common Questions on TiN Coating for Precision Parts
Full material traceability, 100% inspection, AS9100-ready process
