Products are widely used in aerospace, marine electronics, machinery equipment, sports and leisure, medical devices and many other fields.
Medical Devices
Titanium Alloy's Biocompatibility + Cobalt-Chromium Alloy's Wear Resistance Align with Stringent Requirements for Implantable Devices: Orthopedic Implants: Joint prostheses, bone screws (Titanium alloy's compatibility with bone tissue prevents rejection); Surgical Instruments: Forceps, endoscope components (Nickel-based alloys withstand high-temperature sterilization); Cardiac Devices: Pacemaker housings (Titanium castings provide electromagnetic interference shielding). Technical Advantages: Production in cleanrooms compliant with ISO 13485 medical standards; surface finish achieves Ra 0.8μm.
Sports & Leisure
Titanium Alloy’s Lightweight Strength and Ergonomic Properties Enhance Premium Sporting Equipment: Competition Bicycles: One-piece titanium frames (Steel-comparable strength with 40% weight reduction); Golf Club Heads: Precision casting optimizes center of gravity control for increased shot distance; Diving Gear: Corrosion-resistant regulator valves and lightweight breathing apparatus. Technical Edge: Customizable premium finishes including bead-blasting and colored anodization through advanced surface treatment.
Machinery & Equipment
Premium Alloy Castings Resolve Critical Failures in Heavy Machinery: Wear, Thermal Deformation & Corrosion: Energy Equipment: Gas turbine blades (Nickel-based superalloys withstand 1,000°C), nuclear valve bodies; Chemical Machinery: Acid-resistant pump housings, reactor vessel sealing components (Cobalt-based alloys combat chemical corrosion); Precision Instruments: High-stability sensor housings (Titanium alloy’s low thermal expansion coefficient). Technical Superiority: Precision casting ensures ±0.1mm dimensional accuracy for complex structures, extending equipment service life 3-5x.
Marine Electronics
Titanium Alloy's Superior Seawater Corrosion Resistance and Non-Magnetic Properties Meet Critical Protection Requirements for Marine Electronic Systems: Sonar System Housings: Titanium castings protect core electronics against deep-sea pressure and saltwater corrosion; Navigation Equipment Mounts: Non-magnetic construction prevents sensor interference; Submarine Communication Components: Cobalt-alloy sealed housings ensure long-term reliability in deep-sea operations. Technical Advantage: Leveraging CSSC (China State Shipbuilding Corporation) expertise in stringent military/civilian marine environmental standards.
Aerospace
Titanium alloy's high strength-to-weight ratio, lightweight properties, and resistance to high-temperature corrosion make it essential for aero-engine and spacecraft structures. Shuangrui Precision Castings components are applied in: Aero-engine Components: Turbine blades, compressor housings (Nickel/Cobalt superalloys withstand extreme heat/pressure); Aircraft Structures: Brackets, hatch hinges (Titanium reduces weight by >30%, boosting fuel efficiency); Rocket Propulsion Systems: Fuel conduits, valves (Resistant to cryogenic/combustion temperatures and chemical erosion). Technical Edge: AS9100 aviation quality certification ensures reliability under ultra-high-speed and high-load conditions.
Address: No. 1002, Haining Road, Xiang'an Industrial Zone, Torch High-tech Zone, Xiamen
Copyright © Xiamen SUNRUl Precision Casting Technology Co., Ltd. Website supports ipv6