Aircraft Alloy CNC Machining Services
Aircraft alloys are ultra-high strength lightweight metal materials specially engineered for aerospace flight equipment, featuring exceptional tensile strength, anti-fatigue performance, low density and high temperature resistance. They balance lightweight design and structural rigidity, ideal for harsh high-altitude flight working environments.
HONGWEN delivers full-series custom aircraft alloy precision machining services with in-house 5-axis CNC equipment. We support ultra-tight tolerance down to ±0.005mm and complex 3D geometry processing, serving aerospace, UAV, military defense and high-end automation industries worldwide.
Aircraft Alloys Material List
Titanium Alloy Ti-6Al-4V
Ti-6Al-4V is the most widely used aerospace titanium alloy, featuring high strength-to-weight ratio, excellent corrosion resistance and fatigue resistance, widely used for aircraft structural frames, engine parts and UAV components.
Inconel 718
Nickel-based super alloy with outstanding high-temperature oxidation resistance and creep resistance, stable performance under extreme heat, applied for aviation engine turbine parts.
7075 Aerospace Aluminum
High-strength heat-treatable aluminum alloy with premium load-bearing capacity, low density, perfect for aircraft shell and flight control structural brackets.
2024 Aviation Aluminum
Classic lightweight aircraft aluminum with superior cutting performance, excellent fatigue resistance, commonly extruded into profiles for aircraft fuselage fittings.
Maraging Steel 18Ni300
Ultra-high strength steel with low carbon content, ultra-high tensile strength after aging treatment, used for precision aviation fixture and missile structural parts.
Haynes 230
Nickel-chromium alloy with outstanding high-temperature stability, resistant to thermal cycling, suitable for aviation exhaust and high-temperature auxiliary parts.
Advantages of Aircraft Alloys
- Ultra-high strength-to-weight ratio reduces flight equipment load effectively
- Excellent anti-fatigue performance for long-term cyclic vibration working condition
- Superior high temperature & oxidation resistance for engine hot-end components
- Outstanding corrosion resistance against high-altitude moisture and salt fog
- High dimensional stability, low deformation after precision machining
- Meet strict ISO manufacturing quality standards
Applications of Aircraft Alloys
- Aerospace & UAV: Aircraft fuselage frames, landing gear accessories, satellite structural parts, drone arms
- Military & Defense: Tactical equipment structural brackets, ordnance precision housings, missile parts
- Aviation Engine: Turbine blades, exhaust housings, high-temperature connection fittings
- High-End Automation: Ultra-light precision robotic arm structural frames
- Medical Aerospace Equipment: Portable aerospace-grade inspection instrument housings
Why Choose Us
5-Axis Precision Machining
Advanced equipment for complex custom parts
ISO Certified Quality Control
100% inspection before shipment
Fast Prototype & On-Time Delivery
3-day sample lead time, strict delivery schedule
Small MOQ Acceptable
Support trial orders & small batch production
Professional After-Sales Service
Technical support & after-sale follow-up
Custom Design Support
Engineers help optimize your drawings
Three Steps to Initiate Cooperation
Tell Us What You Need
Tell us your service type, parameters, precision requirements, and application needs.
Get Solution & Quote
We will provide you with a customized solution and quotation within 24 hours.
Approve for Mass Production
Once approved and a deposit is paid, we will immediately begin production and handle the shipment.
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