The silicon-aluminum mixture is a metal material or target prepared by mixing high-purity silicon (Si) and aluminum (Al) in a specific ratio. It combines the semiconductor properties of silicon and the excellent conductivity and plasticity of aluminum. This material is widely used in electronic devices, semiconductor films, photovoltaic cells, functional coatings, and high-temperature alloy materials, enhancing the conductivity, mechanical strength, and thermal resistance of the material. Silicon-aluminum mixtures are typically prepared using processes like vacuum melting, powder metallurgy, or hot pressing to ensure the material is dense and uniform, meeting the demands of high-end electronics and functional film production.

Outstanding Characteristics of Silicon-Aluminum Mixture

• Excellent Conductivity

  The addition of aluminum improves the conductivity of silicon, allowing the material to exhibit good electrical performance in electronic and film applications.

• Good Thermal Stability

  It can operate in high-temperature environments for extended periods, with a moderate thermal expansion coefficient that reduces the risk of cracking and warping.

• High Mechanical Strength

  The synergistic effect of silicon and aluminum enhances the material's hardness and stress resistance, making it suitable for film deposition and high-temperature processing.

• High Purity Ensures Stable Performance

  Made from high-purity silicon and aluminum raw materials, with low impurity content, ensuring uniformity, conductivity, and long-term stability of the film.

Wide Applications of Silicon-Aluminum Mixture

1. Semiconductor Manufacturing

   Used to prepare functional films and contact layers, optimizing the conductivity and thermal resistance of devices.

2. Photovoltaic Industry

   Used in the back electrodes or functional films of solar cells, improving the conversion efficiency of photovoltaic modules.

3. Functional Coatings and Coating

   Used for protective coatings, conductive films, and decorative coatings on metal surfaces or glass, improving wear resistance and optical properties.

4. Aerospace

   Being an alloy material, it improves the strength and thermal stability of structural components which makes it suitable for aerospace and electronic industries.