High Precision Custom Made CNC Machining/Machined
Aluminum/Copper/Brass Parts OEM & ODM Service Factory Price
Aluminum and copper alloys are commonly used in various industries
for their desirable properties. Here are some examples of processed
parts that can be made from aluminum-copper alloys:
Heat sinks: Aluminum-copper alloys, such as aluminum-copper heat
sink alloys, are widely used in electronic devices to dissipate
heat efficiently. Heat sinks are designed to absorb and dissipate
heat generated by electronic components.
Electrical connectors: Aluminum-copper alloys with enhanced
conductivity are used in the manufacturing of electrical
connectors. These connectors provide a reliable electrical
connection between components or devices.
Bus bars: Bus bars are used for electrical power distribution in
various applications. Aluminum-copper alloys offer a balance of
electrical conductivity and mechanical strength, making them
suitable for bus bar fabrication.
Automotive components: Aluminum-copper alloys find applications in
the automotive industry for various components, such as radiator
tubes, heat exchangers, and electrical wiring. These alloys provide
lightweight solutions with good thermal conductivity and corrosion
resistance.
Marine components: Aluminum-copper alloys are used in marine
applications due to their excellent corrosion resistance in
saltwater environments. Parts such as propellers, hull structures,
and marine fittings can be made from these alloys.
Decorative fittings: Aluminum-copper alloys can be processed into
decorative fittings for architectural and interior design purposes.
These alloys offer a combination of aesthetic appeal, durability,
and corrosion resistance.
Electronic enclosures: Aluminum-copper alloys are used in the
fabrication of electronic enclosures and housings. These alloys
provide lightweight yet sturdy solutions with good electromagnetic
shielding properties.
Machined components: Aluminum-copper alloys can be machined into
various precision parts, such as valves, fittings, and mechanical
components, where a balance of strength, corrosion resistance, and
machinability is required.
