Why aluminum silicon carbide has high toughness

(Why aluminum silicon carbide has high toughness)

What is Aluminum Silicon Carbide?Aluminum silicon carbide is one type of electronic packaging materials that are used for electronic components. It refers to the combination between aluminum and silicon carbide with high volume into low density electronic packaging materials.

Applications of SiAlC to fighter

DWA Composites in collaboration with Lockheed Martin and Air Force used aluminum-based Silicon Carbide prepared by powder metalworking to replace the original aluminum alloy 2214 skin of F16 fighter aircraft’s abdomin fin. The service life was increased by 17 folds as the rigidity of the material has increased by 50 percent.

Use of aluminum silicon carbide as a helicopter coating

British Aerospace Metal Matrix Composites Co. Ltd., a company specializing in helicopter applications, has developed aluminum-silicon carbide matrix with high rigidity. This material is produced by high energy ball milling powder metalurgical method. Eurocopter’s N4 helicopters and EC120 helicopters have successfully used die forgings of this material for the connection between the helicopter rotor systems. Its application effects are: Compared to aluminum alloy the component rigidity and service life increase by around 5%.

Price of Aluminum Silicon Carbide

Aluminum silicon carbide’s cost is also affected by the size of the particles and their purity. The price of a large quantity will be lower. On our official website, you can find the price of Aluminum Silicon Carbide.

Aluminum silicon carbide supplier

Technology Co. Ltd., is a reliable global chemical material manufacturer and supplier. It has over 12 years’ experience in providing ultra-high-quality nanotechnology materials and chemicals, such as aluminum silicon carbid, nitride and graphite powders, sulfide or sulfide particles, and 3D printer powder. Contact us if you want to know more about our high-quality aluminum silicon carbide.

(Why aluminum silicon carbide has high toughness)