In the field of modern industrial manufacturing, the choice of materials determines the performance, quality, and market competitiveness of products. CuZn36 processed brass, as a high-quality copper zinc alloy, occupies an important position in fields such as electronics and electrical engineering, mechanical manufacturing, and architectural decoration due to its excellent chemical composition and strict international standards. This article will delve into the compositional characteristics, implementation standards, and industrial application advantages of CuZn36, allowing you to fully understand the unique charm of this high-performance material!
1、 Chemical composition of CuZn36 processed brass: the fundamental source of high performance
The key to why CuZn36 processed brass stands out among many copper zinc alloys is its precise chemical composition configuration. According to DIN 17660-1974 standard, the composition of CuZn36 is as follows:
Copper (Cu): 63.5%~65.0% copper as the main component endows the alloy with excellent conductivity and thermal conductivity, while ensuring the material's ductility and toughness, making it perform outstandingly in the field of electronics and electrical engineering.
Zinc (Zn): Excess, zinc not only improves the strength and hardness of the material, but also enhances its corrosion resistance. The reasonable ratio of zinc content enables CuZn36 to maintain good stability in both atmospheric and marine environments.
Lead (Pb): ≤ 0.05%, with extremely low lead content, meets environmental and safety requirements, while maintaining certain cutting performance, suitable for the manufacturing of high-precision components. Antimony (Sb): ≤ 0.01%, trace amounts of antimony can enhance the mechanical strength and wear resistance of alloys, especially in high-strength mechanical components.
Tin (Sn): ≤ 0.05%, the addition of tin effectively improves the corrosion resistance of the alloy, especially exhibiting excellent performance in marine and acidic environments.
Total impurities (excluding Ni): ≤ 0.3%. Strictly control the impurity content to ensure high purity and performance stability of the material, making it more consistent in mass production.
2、 Performance advantages of CuZn36 processing brass: the best choice for industrial manufacturing
1. Excellent mechanical performance:
High strength and hardness: CuZn36 has excellent strength and ductility, suitable for the manufacturing of high-strength mechanical components such as gears, shaft sleeves, sliding bearings, etc.
Good wear resistance and impact resistance: The addition of antimony and tin enables the material to maintain good stability in friction, impact, and high load environments.
2. Excellent corrosion resistance:
Corrosion resistance to atmospheric and marine environments: The reasonable ratio of copper and zinc enables CuZn36 to perform well in humid, acidic, and alkaline environments, making it particularly suitable for marine engineering and outdoor equipment.
Strong antioxidant capacity: CuZn36 exhibits excellent antioxidant properties in high-temperature environments, extending the service life of materials and equipment.
3. Excellent processing performance:
Easy to cut and weld: CuZn36 has excellent mechanical processing performance and performs well in turning, milling, and welding processes, making it suitable for high-precision manufacturing of complex parts.
Excellent formability: The material is suitable for both cold and hot processing, and can be processed into thin-walled parts and complex shaped components, meeting the needs of precision manufacturing and high-end products.
3、 The wide application field of CuZn36 in brass processing: versatile industrial materials
With excellent performance, CuZn36 processed brass has been widely used in multiple fields:
1. In the field of electronic and electrical engineering:
Highly conductive components, such as terminals, terminals, electrical switches, etc., provide excellent conductivity and stability.
Radiators and Coolers: The high thermal conductivity of CuZn36 makes it widely used in heat dissipation devices for electronic devices.
2. In the field of mechanical manufacturing:
High strength components: suitable for high load, wear-resistant parts such as gears, shaft sleeves, sliding bearings, etc.
Valves and pump bodies: The corrosion resistance of CuZn36 makes it widely used in fluid transportation equipment.
3. In the field of architectural decoration:
Decorative panels and pipes: The materials have a beautiful metallic luster and good processing performance, suitable for architectural decoration and artistic sculpture.
Door and window hardware: durability and corrosion resistance ensure the long-term use of building components.
CuZn36 processed brass has demonstrated excellent mechanical properties, excellent corrosion resistance, and good processing performance in industrial manufacturing due to its unique chemical composition and strict international standards. Whether in electronic and electrical, mechanical manufacturing, or architectural decoration, CuZn36 can provide stable performance support, helping products achieve high quality and reliability.
