Aerospace

Aerospace

Aerospace

Coating Services

Our in-house testing equipment includes:

  • Fischerscope X-ray Systems used to measure the thickness of coatings
  • Calo Tester will measure the thickness of coatings as well as the individual coatings
  • Tribometer used to measure the friction between surfaces.

These are some of the equipment that is used to ensure the consistency and quality of advanced coating technologies. Our team puts the extra effort to fulfill our mission of exceeding customer expectations.

We have also used Physical Vapor Deposition (PVD) and advanced Nano-Structured Diamond-Like Carbon (DLC) coatings to drastically improve the lifetime of critical aerospace industry components. These advanced coatings provide outstanding protective properties and give the best possible coverage.

Advanced Coating Technologies

Request a Quote

    Coating Advantages

    Aerospace Flyer
    • Reduced friction and wear 
    • Provides thermal stability

    • Increased lubricity to minimize potential hazards

    • Improved hardness and smoothness of the material
    • Protect against corrosion with enrichment of the surface layers

    Recommended Coatings for Aerospace:

    • TiN
    • AlTiN
    • TiAlN
    • ZrN
    • CrN
    • DLC
    • DLC Plus
    • X-LC (MOS)
    • ALCRONA
    • ALTISIN
    • Quantum(x)
    • NACO
    • NACRO
    • NEXCEL

    ACT provides coatings that offer a uniform and consistent finish. The coatings ensure proper tolerance and are tested to ensure safety requirements are met.

    Often for the aerospace industry, there can be severe abrasive wear and crack formations that can occur in components. The PVD coating adds high hardness and low friction that can be an ideal coating for aerospace components. Another common occurrence in the aerospace industry is that fretting (adhesive transfer of material between contacting surfaces) leads to abrasive wear and crack formations in mechanical components. Applying PVD coating to mechanical components in jet engines can provide benefits by protecting against fretting. Thanks to PVD coatings high hardness and low friction, aerospace components can have an ideal metal coating.

    These coatings are suited to high-temperature endurance, fluctuating temperatures, and extreme conditions. The coatings improve wear resistance and increase the lifetime of the component. Ultimately, this will save you time and money by avoiding repairs and equipment replacement.

    PVD coating applications can be used for:

    • Turbines

    • Compression blades

    • Bearings

    • Mounts

    • Knuckle joints

    • Ball screws

    • Fittings

    • Assembly guides

    • Piston heads

    • Ice cutters

    • Functional instrumentation.

    WHO WE ARE

    As one of the country’s leading service providers of surface coating technologies, Advanced Coating Technologies (ACT) has developed a range of surface engineered solutions along with our company being certified to handle all aerospace components for coatings. Our AS9100 License allows us to expand our horizons to apply our exclusive advanced coatings to your aerospace components. Many of our products are used throughout the aerospace industry. Our coatings can help improve efficiency, increase durability, and enhance the performance of your components.

    With critical devices, the right advanced coating is extremely important in reducing long-term damage and providing outstanding protective properties to increase the lifetime of the component. ACT has a leading research & development team experienced with the aerospace industry and we are closely located to numerous aerospace company headquarters. We offer advanced coating solutions to the aerospace industry that exceed your specifications.

    Advanced Coating Technologies

    You Make It First, We Make It Last!

      Why Advanced Coating Technologies

      • PVD and DLC Coating Capabilities

      • Extensive Material and Coating Testing

      • Enhanced Quality Control & Quick Turnaround

      • Industry-Leading Research and Development Team

      • ISO 9001

      • Ph. D. Scientist on staff

      • AS9100 Certified, Aerospace Quality Control Certification

      Why Advanced Coating Technologies

      • PVD and DLC Coating Capabilities

      • Extensive Material and Coating Testing

      • Enhanced Quality Control & Quick Turnaround

      • Industry-Leading Research and Development Team

      • ISO 9001

      • Ph. D. Scientist on staff

      • AS9100 Certified, Aerospace Quality Control Certification

      How To Contact Us

      How To Contact Us