High-Temperature Valve Core: Precision Titanium Alloy Machined Part for Demanding Environments

CNC Mechanical Parts
October 15, 2025
Brief: Discover the High-Temperature Resistant Titanium Alloy Valve Core, designed for demanding environments with precision CNC machining. This valve core offers exceptional high-temperature resistance, corrosion resistance, and a precision sealing design, ensuring reliability in harsh conditions. Ideal for petrochemical, pharmaceutical, power energy, marine engineering, and aerospace applications.
Related Product Features:
  • Exceptional high-temperature resistance, operating stably from -40°C to 400°C with short-term tolerance for higher temperatures.
  • Excellent corrosion resistance, virtually non-corrosive in oxidizing and neutral media, resistant to chloride ions, weak acids, and alkalis.
  • High strength and lightweight, with titanium alloy density of only 4.506-4.516g/cm³.
  • Precision sealing design with flatness error ≤0.0015mm and cylindricity error ≤0.001mm.
  • Long service life and reliability, reducing maintenance frequency in harsh environments.
  • Suitable for various media including water, steam, oil products, and highly corrosive chemicals.
  • Customizable dimensions, materials, and surface treatments to meet specific needs.
  • Wide applications in petrochemical, pharmaceutical, power energy, marine, and aerospace industries.
Faqs:
  • What is the operating temperature range of the High-Temperature Resistant Titanium Alloy Valve Core?
    The valve core operates stably within -40°C to 400°C for extended periods, with short-term tolerance for even higher temperatures.
  • How does the titanium alloy valve core resist corrosion?
    The titanium alloy valve core features a passive oxide film that resists corrosion in oxidizing and neutral media, and surface modification treatments can enhance resistance in reducing corrosive media.
  • Can the valve core be customized for specific applications?
    Yes, we offer customization services including size adjustments (DN10 to DN800mm), material selection (TA1, TA2, etc.), and surface treatments like ion modification and anodizing.