Aluminium 4130 Alloy Spherical Powder
Aluminium 4130 Alloy Spherical Powder
Aluminium 4130 Alloy Spherical Powder | |
Product No | NRE-9060 |
CAS | NA |
Purity | 99.9% |
Formula | AlSi12 |
APS | <40um (can be customized) |
Color | NA |
Molecular Weight | NA |
Density | NA |
Melting Point | NA |
Boiling Point | NA |
Aluminium 4130 Alloy Spherical Powder
Applications
Aerospace Industry
Aircraft Structural Components: Aluminium 4130 is highly valued in aerospace for producing lightweight yet strong parts such as brackets, fasteners, and housing components. 3D printing with Aluminium 4130 powder allows for the production of parts with complex geometries that are both lightweight and durable.
Aerospace Engine Parts: Aluminium 4130’s combination of strength and resistance to heat makes it suitable for components in aircraft engines. These parts include structural supports, housing, and covers that must withstand high stress and temperature conditions.
Interior Parts: Lightweight parts, such as those used in aircraft interiors (e.g., seat frames, cabin supports, and panels), can benefit from the combination of low weight and high strength provided by Aluminium 4130.
Automotive Industry
Engine Components: Aluminium 4130 is used for manufacturing high-performance engine parts that require both strength and lightweight characteristics. This includes engine blocks, pistons, cylinder heads, and housings.
Chassis and Structural Components: In motorsports and performance automotive applications, where reducing weight is critical for speed and fuel efficiency, 3D printing with Aluminium 4130 alloy provides strong, yet lightweight, parts for chassis, roll cages, and suspension systems.
Custom Automotive Parts: Aluminium 4130 can be used in producing customized automotive components for one-off builds or limited production runs, benefiting from additive manufacturing’s ability to create intricate designs.
Military and Defense Applications
Military Aircraft and Vehicle Components: Aluminium 4130 is well-suited for producing parts for military aircraft, drones, and vehicles, where durability, weight reduction, and strength are essential. This includes structural components, fasteners, and housings that need to withstand harsh conditions while maintaining low weight.