Materials & Engineering Grades

• Aviation
• Motorsport

• Highly stressed motor components
• Engine parts

• Very high strength and heat resistance
• High fatigue and creep resistance

• Aviation
• Motorsport
• Engine construction

• Cylinder head and crankcase
• High-temperature components in aircraft engines

• Very high heat resistance
• Good mechanical properties at high temperatures
• High fatigue resistance

• Aviation
• Automotive industry

• Structural castings with high strength
• Engine and transmission components

• High strength due to copper and magnesium content
• Good thermal conductivity
• Good castability

• Automotive engineering
• Mechanical engineering
• Aviation

• Rims and chassis parts
• Engine blocks
• Gearbox housing

• Good castability
• High strength with low weight
• Good corrosion resistance

• Aerospace
• Automotive engineering

• Structural castings with high strength
• Rims
• Motor mounts

• Higher strength due to increased Mg content
• Good corrosion resistance
• Good machinability

• Engine construction
• Mechanical engineering

• Bearing linings
• Plain bearing

• Good emergency running properties
• Good thermal conductivity
• Corrosion resistant

• Aerospace
• Vehicle construction
• Mechanical engineering

• Frame constructions
• Profiles
• Maritime structures
• Bicycle frame

• High strength after heat treatment
• Good weldability
• Good corrosion resistance

• Advertising
• Facade
• Interior fittings

• Signs
• Facade cladding
• Displays

• Low weight
• High rigidity
• Good printability

• Aerospace
• Mechanical engineering

• Highly stressed castings
• Structural components

• High strength due to copper content
• Suitable for heat-treated cast components

• Automotive engineering
• Mechanical engineering
• Housing technology

• Engine blocks
• Gearbox housing
• Pump housing

• Good castability
• Good corrosion resistance
• Heat treatable

• Automotive industry
• Mechanical engineering

• Gearbox housing
• Engine blocks
• Pump housing

• Good castability
• Medium strength
• Good corrosion resistance

• Aerospace
• Sporting goods
• Tool making

• Aircraft structures
• Mountaineering and bicycle frames
• Mold plates

• Very high strength
• Relatively low weight

• Weldability is very poor

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