.

Beryllium-copper master alloy

Copper Beryllium Master Alloy:
1. CuBe3.3:
Spec: Be: 3.0-4.0%, Fe: <0.12%, Al: <0.15%, Si: <0.15%, Pb<0.005%, Cu: Balance
2. CuBe4:
Spec: Be: 3.8-4.3%, Fe: <0.12%, Al: <0.15%, Si: <0.15%, Pb<0.005%, Cu: Balance


Send product request

To: Shanghai Taiyang Technology Co.,Ltd.
Your E-mail:
Message text:


Send to other suppliers

Other supplier products

Beryllium-copper master alloy
Beryllium-copper master alloy Copper Beryllium Master Alloy:1. CuBe3.3:Spec: Be: 3.0-4.0%, Fe: <0.12%, Al: <0.15%, Si: <0.15%, Pb<0.005%, Cu: Balance2. CuBe4:Spec: B...
Aluminium Beryllium master alloy
Aluminium Beryllium master alloy In the process of smelting and casting, the advantage lies in the stability of beryllium oxide film. This oxide film can block the chemical reactio...
All supplier products

Same products

99.5% high-purity chromium carbide powder
99.5% high-purity chromium carbide powder Seller: Zhuzhou Hastion High-Tech Materials Co.,Ltd. Chromium carbide powder has excellent wetting properties and is firmly bonded to metal substrates...
Carbonitride powder for plastic modification
Carbonitride powder for plastic modification Seller: Zhuzhou Hastion High-Tech Materials Co.,Ltd. The particle morphology of this powder can be controlled, and it can be made into spherical, near...
Titanium carbide hard alloy drive wheel accessory
Titanium carbide hard alloy drive wheel accessory Seller: Zhuzhou Hastion High-Tech Materials Co.,Ltd. This guide wheel is customizable with various groove geometries—including V-shaped, U-shape...
Industrial titanium carbide alloy drive wheels
Industrial titanium carbide alloy drive wheels Seller: Zhuzhou Hastion High-Tech Materials Co.,Ltd. This guide wheel can be customized with various slot shapes according to the specifications of wi...
Wear-resistant steel-bonded hard alloy round bar
Wear-resistant steel-bonded hard alloy round bar Seller: Zhuzhou Hastion High-Tech Materials Co.,Ltd. Titanium carbide (TiC)-based cemented carbide round rods exhibit exceptional electrical conductiv...