BJHC Aerospace Materials Precision Components Technology Company focuses on researching materials and precision forming technologies for complex structural parts that work reliably for a long time under high temperature, complex stress and corrosive environments.
It has a high-temperature alloy precision casting production line for the preparation of equiaxed crystals, oriented and single-crystal hollow no-surplus parts. It has advanced equiaxed crystals, oriented, single-crystal alloys and precision casting process research capabilities. The core, advanced large-size hollow and no-precision precision castings (such as gas turbine turbine blades) preparation capabilities, and is equipped with sophisticated advanced turbine blade detection technology and related supporting professional.
High Temperature Alloy/Superalloy Precision Casting Parts and Components
High temperature ceramic core
Whole fine crystal leaf disc
Isometric crystal integral structure
Superalloy guides, casings, etc.
Isometric crystal integral structure
Equiaxed hollow hollow blade
Isometric crystal superalloy casting
Oriented cylindrical crystal hollow blade without margin
Directional superalloy casting
Single crystal solid and hollow blades with no margin
Single crystal superalloy casting
Ground turbine blade
Isometric crystal superalloy casting
Standard femoral condyle
Cast artificial joint
High-temperature alloy turbine disc castings
High-temperature alloy guides, casing castings
Isometric crystal hollow blade
Directionally solidified hollow blade
Ground turbine blade
Cast artificial joint
Powder Metallurgy Metal Precision Parts
The National Key Laboratory of Advanced High-Temperature Structural Materials is a national research institution that specializes in the research of materials and components precision forming technology for long-term reliable work under high temperature, complex stress and corrosive environment. The Key Laboratory of Powder Turbine Disk Research and Application Technology Engineering Center is at the domestic leading level in gas atomizing powder making and near-size forming technology, mainly engaged in powder metallurgy superalloys, high speed steels, die steels, stainless steels, low alloy steels, binary Manufacture of special high-quality metal materials and parts such as alloys and titanium alloys.