The Next-generation EB-PVD Thermal Barrier Coating
EB-PVD Thermal Barrier Coating
Production Scale Thermal Barrier Coatings with Proven Performance
Thermalytica provides advanced EB-PVD (Electron Beam Physical Vapour Deposition) coating services for applications requiring exceptional thermal protection in extreme operating environments. Combining expertise in thermal barrier coating materials, large scale vacuum systems and precision deposition processes, we have developed a next generation EB-PVD platform capable of delivering high quality, repeatable coatings at production scale. The system enables multiple components to be coated simultaneously while maintaining process consistency and coating performance. Supporting applications across aerospace, gas turbines and advanced industrial systems, Thermalytica brings world class thermal barrier coating capabilities to Japan through a reliable and commercially scalable domestic service.
7 units /hr
Improve production efficiency through coating automation
Rotation & Revolution
Achieving uniform film thickness uniformly
O₂⁻
Achieving optimized stoichiometric ratio
Thermal Barrier Coating Service
Thermal barrier coating (TBC) is a ceramic layer that provides insulation to metal surfaces. This protective layer helps to reduce substrate temperature, enabling components like gas turbine engine blades to work at higher temperatures. As a result, the thermal efficiency of these components is significantly enhanced.
High Productivity
Continuous Production
Energy Saving
Environmental friendly
Thermal Protection System
As the space industry shifts towards commercial competition, the focus is on making spacecrafts and rockets reusable and reducing their disposable nature. These vehicles face intense heat during re-entry into the Earth's atmosphere, with temperatures reaching as high as 3,000°C. Additionally, the rocket must be protected from the intense flames produced by its propulsion system. Our company holds expertise in providing thermal protection solutions for these extreme conditions.