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The difference between aluminum bronze and beryllium copper

Beryllium copper, also known as beryllium bronze, is the “king of ductility” in alloy copper. After solid solution aging quenching and tempering treatment, a commodity high toughness forged beryllium bronze aluminum alloy with high toughness and high electrical conductivity can be obtained. After quenching and tempering After treatment, it not only has high toughness, high strength, but also has the advantages of wear resistance and corrosion resistance, and high-quality forging characteristics. Beryllium bronze aluminum alloy is suitable for the production of various molds, explosion-proof safety tools, wear-resistant materials such as camshafts. , transmission gears, worm gears, rolling bearings, etc.

High-conductivity forged beryllium-copper alloy, with high electrical conductivity and heat transfer rate after quenching and tempering treatment, beryllium-copper alloy is suitable for the production of power switch parts, strong touch and similar current-carrying components, and resistance welding machines The quick fixture, metal electrode and injection mold, the inner pad of the mold of the hydropower engineering continuous casting machine, etc., have the strongest working ability of beryllium to transmit x-rays. It is called “metal glass” and its aluminum alloy is used in aviation, aerospace, military, and electronic devices. , The development strategy of nuclear power generation and other industries can not be replaced. Metal composite material beryllium bronze is a ductile aluminum alloy with the best characteristics in alloy copper. It has excellent heat transfer, electrical conductivity, high temperature resistance, wear resistance, corrosion resistance, no magnetic field. , The ductility is backward, and the impact does not cause flames. It is widely used in national defense and security, instrument panels, instruments, electronic computers, cars, household appliances and other industrial production. Beryllium copper tin aluminum alloy is used in the production of Spring yellows working at high temperature, this type of spring yellows still maintain stable ductility and ductility under red heat.


Post time: May-24-2022