Aviation sheet metal

These components demand high strength, lightweight, corrosion resistance, and dimensional precision, and are typically made from aerospace-grade aluminum alloys, titanium, or stainless steel using processes such as stamping, bending, forming, welding, riveting, and heat treatment.

Product Features
Specialized materials for aviation
Using aluminum alloys such as 7050, 2024, 6061, or titanium/stainless steel materials such as TC4 and 316L, in compliance with AMS/ASTM aviation standards.
High-precision processing technology
With CNC laser/plasma/water jet cutting, servo stamping, bending and 3D forming capabilities, the dimensional tolerance can reach ±0.1 mm.
Lightweight and structural strength coexist
Through topological optimization and finite element design, weight reduction does not reduce strength.
Full range of surface treatment processes
Provide a variety of aviation-grade surface protection treatments such as anodizing, chemical nickel plating, shot peening, spraying, and electrophoresis.
Integrated welding and assembly
Supports connection processes such as TIG/MIG welding, riveting, and gluing, suitable for assembly line use.
Traceable production process
Each part has a complete material batch, processing path, and inspection record, in compliance with the AS9100/EN9100 system.

Application Fields
Aircraft skin and stiffener components
Fuse body and door frame structure
Avionics compartment & landing gear cover sheet metal
Seats, luggage compartment brackets, internal partitions
UAV, helicopter sheet metal structural parts
Engine accessory cover, equipment bracket and other auxiliary structures