Through advanced isothermal forging, our disks achieve exceptional microstructural stability and near-net shape accuracy, reducing machining requirements while maximizing material efficiency. This process allows superior fatigue resistance, creep strength, and thermal stability, ensuring reliable performance in next-generation aerospace engines and high-efficiency power systems
Range : Outer Diameter up to 38 in
Through conventional forging methods that are proven and reliable, we produce disks that balance strength, durability, and cost-effectiveness.
Utilizing established forging practices with controlled heat treatment and precision machining, our conventionally forged disks deliver robust reliability across a wide range of industrial and aerospace applications, ensuring performance that stands the test of time.
Range : Outer Diameter up to 48 in
Our industrial gas turbine disks are engineered to operate under relentless high temperatures, extreme centrifugal forces, and long service intervals. Produced with advanced forging and heat-treatment processes, these disks ensure exceptional creep resistance, thermal stability, and durability. With precision metallurgy and rigorous quality control, our IGT disks deliver efficiency and reliability that drive global power generation.
Our space-grade componests are designed to perform in the most unforgiving environments—enduring drastic thermal cycles, radiation exposure, and the vacuum of space. Manufactured through precision forging and advanced material technologies, they deliver exceptional structural integrity, thermal stability, and resistance to extreme conditions. These capabilities ensure reliable operation in spacecraft propulsion systems and critical mission hardware that push humanity beyond Earth’s boundaries.
