We offer a complete range of thermal processing services to space propulsion systems.
A rocket relies on its propulsion system for thrust at take-off and again in space to change velocity. High nickel and refractory alloys are used to meet these demands and extend component life under these extreme operating environments.
Many of the components require welding, forming, forging and casting. Thermal processing will depend on the material, and is applied to achieve the desired post-fabrication properties. Processes include stress relieving, annealing, brazing, solution and ageing. A comprehensive range of fused coatings is also used to isolate the environment preventing oxidation of the underlying material. Typically treated parts include:
We offer a complete range of thermal processing services to space propulsion systems.
A rocket relies on its propulsion system for thrust at take-off and again in space to change velocity. High nickel and refractory alloys are used to meet these demands and extend component life under these extreme operating environments.
Many of the components require welding, forming, forging and casting. Thermal processing will depend on the material, and is applied to achieve the desired post-fabrication properties. Processes include stress relieving, annealing, brazing, solution and ageing. A comprehensive range of fused coatings is also used to isolate the environment preventing oxidation of the underlying material. Typically treated parts include:
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