Powering the World's Energy Infrastructure
The power generation industry demands ceramic cores that can withstand extreme temperatures, thermal cycling, and aggressive operating environments. Our specialized ceramic core solutions enable the production of highly efficient gas turbine components that drive global energy production.
From industrial gas turbines (IGT) to combined cycle power plants, our ceramic cores deliver the dimensional accuracy, thermal stability, and leachability required for manufacturing complex turbine blades and vanes that maximize power output and fuel efficiency.
Power Generation Applications
Ceramic core solutions for critical power generation components
Industrial Gas Turbines
High-performance ceramic cores for IGT blades and vanes operating at extreme temperatures in power plants worldwide.
Combined Cycle Systems
Precision cores enabling efficient combined cycle power generation with superior thermal management capabilities.
High-Temperature Components
Specialized cores for hot section components requiring exceptional thermal stability and dimensional accuracy.
Turbine Blades & Vanes
Complex internal cooling passages and airfoil geometries for maximum efficiency and power output.
Heat Exchangers
Ceramic cores for intricate heat exchanger components optimizing thermal transfer in power systems.
Industrial Power Systems
Reliable ceramic core solutions for large-scale industrial power generation equipment and machinery.
Technical Advantages
Why power generation companies choose our ceramic core solutions
Extreme Temperature Resistance
Ceramic cores engineered to withstand temperatures exceeding 1600 degrees Celsius in gas turbine hot sections
Dimensional Precision
Tight tolerances ensuring accurate internal cooling passages and complex geometries
Superior Leachability
Complete core removal even from intricate internal channels without damaging castings
Thermal Stability
Minimal dimensional change during high-temperature casting processes
Enhanced Efficiency
Enabling advanced cooling designs that improve turbine efficiency and power output
Quality Assurance
Rigorous testing and quality control meeting power generation industry standards
Solving Power Generation Challenges
Increasing Operating Temperatures
Advanced materials withstanding next-generation turbine temperatures
Complex Cooling Geometries
Precision cores enabling intricate internal cooling channel designs
Efficiency Demands
Solutions supporting higher efficiency ratings and reduced fuel consumption
Longer Service Life
Durable components reducing maintenance intervals and downtime
Environmental Regulations
Enabling cleaner combustion and lower emissions through optimized designs