new material
Aluminum-boron alloy (ALB3) is a high-performance metal composite recognized for its superior grain refinement properties, thermal stability, and wear resistance. It is widely used in aerospace engineering, automotive manufacturing, and industrial casting applications. Due to its ability to improve mechanical strength and corrosion resistance, aluminum-boron alloy plays a crucial role in precision metallurgy, sustainable material solutions, and specialized engineering processes.
Product Overview
Aluminum boron alloy (ALB3) contains 2.5–3.5% boron and is designed to reduce resistivity, enhance conductivity, and refine grain structure. The addition of boron provides excellent electrical conductivity while significantly improving the alloy’s grain structure, resulting in enhanced strength and toughness. This alloy is ideal for applications in the electronics and electrical industries, where high conductivity and toughness are required, and it also offers good machinability for custom needs.
Key Features
- The 2.5–3.5% boron content effectively lowers the alloy’s resistivity, enhancing its conductivity.
- Boron addition promotes grain refinement, improving the alloy's strength and toughness.
- Excellent electrical conductivity, making it ideal for electronics and electrical applications.
- Good plasticity and machinability, adaptable to various custom shapes.
- High toughness, suitable for high-stress environments and long-term use.
Applications
- Electronics Industry:Widely used in electronic devices, conductive components, and electrical equipment, offering excellent conductivity and high strength.
- Electrical Industry:Applied in power transmission and distribution systems, ensuring good electrical conductivity and mechanical stability.
- Metallurgical Industry:Used as an alloy material in high-temperature metallurgical processes, with excellent strength and high-temperature resistance.
- Automotive Industry:Used in conductive components in automotive electronic systems, improving the reliability and efficiency of electrical systems.
- Aerospace:Suitable for electrical systems in aircraft, especially in components that require high strength and high conductivity.
