Materials For Aviation Parts

Here’s a detailed materials for aviation parts tables, which includes type, key properties, and common aviation applications for your check…

Materials For Aviation Parts
Material	Type	Key Properties	Common Aviation Applications
Titanium	Metal (Alloy)	High strength-to-weight ratio, corrosion-resistant, heat-resistant	Engine components, landing gear, structural parts
Aluminum	Metal (Alloy)	Lightweight, good strength, corrosion-resistant	Fuselage, wings, fasteners
Inconel	Superalloy (Nickel-based)	Extreme heat & corrosion resistance, high strength	Jet engines, exhaust systems
PEEK	High-performance polymer	High temp resistance, chemical resistance, lightweight	Insulation, seals, bushings
ULTEM (PEI)	High-performance polymer	Flame-resistant, high strength, good chemical resistance	Interior components, ducts, electrical insulators
Carbon Fiber	Composite	Extremely lightweight, high strength, rigid	Wings, fuselage, tail sections
Stainless Steel	Metal (Alloy)	Corrosion-resistant, durable, high strength	Fasteners, hydraulic systems, engine components
ABS	Engineering plastic	Impact-resistant, lightweight, easy to mold	Interior panels, covers, prototypes
Nylon	Engineering plastic	Wear-resistant, good mechanical properties	Gears, bushings, cable ties
Tool Steel	Metal (Alloy)	High hardness, wear-resistant	Cutting tools, molds, dies for aviation parts
Copper	Metal	Excellent electrical & thermal conductivity	Wiring, electrical components, heat exchangers
PC (Polycarbonate)	Engineering plastic	High impact resistance, transparent (optional)	Windows, canopies, protective covers

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