HEF
  • Expertise
    • Tribology
    • Photonics
    • Hydrogen technology
    • Discover our technologies
      • PVD-PECVD
      • Liquid nitriding
      • Friction components
      • Ultra-fast laser
      • Functionalized powders
      • Salts and equipments
      • Other technologies
  • Innovation
    • R&D at the heart of our DNA
    • Industrial project innovation
    • Our academic, institutional and industrial partners
  • Our solutions by market
    • Surface treatments for mobility
      • Agriculture
      • Light-duty vehicles
      • Commercial vehicles / Heavy-goods vehicles
      • Racing vehicles
      • Railway tribology
      • Aerospace surface treatments for aviation / civilian drones
    • Construction
      • Friction components for mining equipment
      • Friction components for material handling equipment
      • Metal components for earthmoving equipment
    • Defense & aerospace
      • Surface treatment for civilian firearms
      • Civilian space sector
      • Optical military and aerospace solutions
      • Laser texturing for the military – on land and at sea
    • Decarbonized energy
      • Surface treatment for wind turbines
      • Hydraulic solutions for electricity production
      • Cutting-edge nuclear technology
      • Solar
    • Medical photonics and tribology
      • Rotative anodes for diagnostic devices
      • PVD coatings for medical implants or invasive devices
      • Surgical instrument coatings
    • Our other markets
      • Materials processing
      • Electricity / Electronics
      • Consumer goods
    • Data sheets, documentation, contact information, and more
  • HEF
    • Our international presence
    • Social innovation by HEF
    • Environmental issues
    • Sites
  • Environnement
  • Join HEF
    • Join HEF
    • Our career opportunities
    • Tribology training courses
  • News
  • Contact
  • EN
    • FR
Home > Decarbonized energy > Cutting-edge nuclear technology

Cutting-edge nuclear technology

HEF develops cutting-edge nuclear technology, including diffusion treatments that prevent stainless steels from seizing. STANAL 400™ is a solid-phase metal diffusion treatment performed at 400°C, which improves the seizure resistance of stainless steel parts without altering their corrosion resistance. 

 

 Application examples: 

 

  • Stainless bolts for the nuclear industry 
  • Various parts for nuclear valves

 

Together with TECHNETICS, HEF has designed the TEXEAL® project (patented process), a new joint industrial production unit for the nuclear industry, with the objective of manufacturing and texturing gaskets in dimensions as large as 5 meters using femtosecond lasers. Such texturing enhances the overall sealing performance of installations, reduces overall operating costs during maintenance phases, and optimizes initial designs. The texturing process is the result of decades of established expertise in materials innovation in the field of sealing solutions. 

 

Contact our experts Download our brochure

Data sheets, documentation, contact information, and more

Search our treatments and coatings by market, application or technology...

Filter

Filter :

Welcome to HEF

Follow us

With locations in 21 countries, HEF is a world-renowned expert in surface materials engineering, focusing on 3 areas of expertise: tribology, photonics, and hydrogen technologies.
We are able to offer our customers, whether major client or SME, a comprehensive service ranging from research, industrial development, and technology transfer, to process operation and component supply.

Expertise
  • Tribology
  • Photonics
  • Hydrogen technology
Technologies
  • Nitrocarburizing and liquid nitriding: Tribological performance for demanding industries
  • Friction components
  • HEF has been developing and innovating in the area of PVD-PECVD and PVD technology for over 50 years. 
  • Ultra-fast femtosecond laser treatment – a high-performance technological opportunity
  • Functionalized powders

ZI Sud, 69 Avenue Benoit Fourneyron 42160 Andrézieux-Bouthéon, FRANCE

  • Legal notice
  • Cookie settings
  • Contact
HEF