It can be further processed and applied in the following industrial fields:
1. Precision Elastic Components
Electronic Connectors & Plugs:
Stamped into reeds or contact pieces for SIM card slots, USB interfaces, etc. Require elastic limit ≥350MPa and thickness 0.1-0.3mm to ensure ≥10,000 insertion cycles.
Precision Springs:
Cold-wound and aged, with diameters 0.05-2mm. Used in watch balance springs (tensile strength ≥800MPa) and medical device reset springs (fatigue life ≥10⁶ cycles).
2. Wear-Resistant & Anti-Friction Parts
Bearings & Bushings:
Centrifugally cast or powder-metallurgy formed, often embedded with graphite for self-lubrication. Applied in textile machine spindles (wear ≤0.01mm/1000h at ≥10,000rpm).
Gears & Worm Gears:
Hobbing or precision casting for micro-gears (module ≤1mm). Used in printer paper-feed mechanisms (noise ≤55dB) and robot joint worm gears (wear rate ≤0.005mm/1000 cycles).
3. Conductive & Corrosion-Resistant Components
Electrical Contact Materials:
Extruded into bars or foils for welding machine electrode arms (conductivity ≥80% IACS) and marine cable joints (salt spray resistance ≥1000h).
Corrosion-Resistant Pipes & Valves:
Cold-rolled into pipes (wall thickness 0.5-2mm) for chemical seawater pipes (corrosion rate ≤0.05mm/year in 3.5% NaCl) and FDA-certified food industry valves.
4. Aerospace & Military
High-Reliability Connectors:
Vacuum-melted and precision-forged for satellite antenna drive pins (stable at -200℃~+150℃, vibration life ≥10⁷ times).
Radiation-Resistant Parts:
Platinum/iridium-plated for nuclear control rod bushings (radiation tolerance ≥10⁶ Gy).
5. High-End Machinery & Instruments
Precision Instrument Parts:
Machined to tolerance ±0.005mm for optical focusing worm gears (backlash ≤10″) and radar antenna bearings (friction coefficient ≤0.08).
Watch Components:
Photolithographed from 0.05mm sheets for escapement forks in luxury watches (hardness HV≥250, service life ≥20 years).
6. Specialized Applications
Acoustic & Vibration Control:
Formed into 0.1mm-thick damper sheets for piano hammers to reduce high-frequency noise.
Nanotechnology & Research:
FIB-etched into nanoscale structures for SEM sample stage conductive supports (size ≤10μm, low magnetic permeability).
Key Processing Trends:
Micro-fabrication: Using micro-stamping (mold precision ±1μm) and micro-injection molding for miniaturization.
Surface Engineering: CVD-deposited DLC coatings to reduce friction by 50%.
Eco-friendly Alloys: Lead-free tin-phosphor bronzes compliant with RoHS 3.0.
Its applications continue to expand with alloy optimization (adjusting Sn/P ratios) and advanced processing, playing a key role in semiconductor packaging, new energy vehicle drives, etc.
