2月 2025
From deep-sea drilling platforms to the human skeleton, stainless steel investment casting in different extreme environments to write the legend. This article will take you through the eight industries, witness how precision castings become high-end equipment “steel heart”.
First, aerospace: the key to break through the neck
Engine turbine: directional solidification blade to withstand 1700 ℃ gas scouring
Satellite bracket: hollow structure to achieve 95% lightweight rate
Typical case: SpaceX Dragon spacecraft attitude control valve body casting process analysis
Second, medical devices: the precision art of life relay
Orthopedic implant: casting solution of porous titanium alloy interbody fusion device
Surgical Robot: Precision Control of 7 Degree of Freedom Robotic Arm Transmission Components
Industry pain point: how to achieve Ra0.4μm biological surface through electrolytic polishing
Casting power in the energy revolution
Nuclear power main pump impeller: overall casting to avoid the risk of welding defects
Hydrogen bipolar plate: 0.1mm runner precision molding technology
Geothermal valve: ten years of service verification in pH2 acidic environment
Fourth, automotive manufacturing: the core of the lightweight competition
Electric vehicle motor shell: thin-wall casting and cooling runners integrated design
Hydrogen fuel cell end plates: flatness 0.05mm/m casting challenges
Cost comparison: precision casting vs die casting aluminum alloy comprehensive cost-effective analysis
V. Marine engineering: deep blue field of anti-corrosion battle
Seawater pump body: super duplex steel 2507 casting process breakthroughs
LNG ship fittings: -162 ℃ low-temperature impact toughness guarantee
Anti-bio-adhesion: surface micro-weave casting inhibit barnacle adhesion
Sixth, the food industry: invisible safety line of defense
Beer fermentation tanks: no dead-end polishing to achieve food-grade 3A standards
Chocolate molds: nano-scale surface precision to ensure the integrity of mold release
Health certification: EHEDG certification of the special requirements of the casting surface
Military equipment: the casting code of the country’s most important equipment
Tank sighting bracket: impact-resistant casting structure design
Missile tail: aerodynamic surface of the one-piece molding
Confidential process: tungsten alloy armor-piercing bullet core centrifugal casting technology
Conclusion
In the semiconductor equipment, quantum computing and other emerging fields, stainless steel precision casting is opening up a new battlefield. In the future, the foundry may be directly connected to the chip production line to provide ultra-clean vacuum cavity castings.
