Inner conductive gold paste

The inner conductive gold paste is made of high-purity gold powder, polymer matrix, and other additives through precise proportioning and special processes. It can form a uniform, dense, and highly conductive metal layer on the inner layer of the circuit board, ensuring stable transmission of electronic signals.

Product characteristics

1. Excellent conductivity: Gold itself has extremely high conductivity, which makes the metal layer formed by the inner conductive gold paste have extremely low resistivity, ensuring efficient transmission of electronic signals.

2. Good adhesion: The inner conductive gold paste can firmly adhere to the circuit board or other substrate, forming a stable conductive layer that is not easy to peel off.

3. Low temperature sintering performance: This material can be sintered at relatively low temperatures, avoiding thermal damage to the substrate and improving production efficiency.

4. Good processability: The inner conductive gold paste has good fluidity and printability, and can be uniformly coated on the substrate through various methods such as screen printing and spraying, and is easy to perform local repairs.

5. High chemical stability: Gold fittings have good chemical stability and are not easily oxidized or corroded, ensuring the long-term reliability of the conductive layer.

Product advantages

1. High reliability: The conductive layer formed by the inner conductive gold paste is stable and reliable, which can meet the requirements of electronic products for high reliability and stability.

2. Multifunctionality: Suitable for various electronic components and process requirements, with a wide range of applications.

3. Improving product performance: Excellent conductivity and adhesion can significantly enhance the signal transmission efficiency and stability of electronic products.
   

Production process

1. Raw material preparation: Select high-purity gold powder, polymer matrix, and additives as raw materials.

2. Mixing and stirring: Mix the raw materials evenly in a certain proportion to form a uniform slurry.

3. Filtration purification: Fine filtration is used to remove impurities and particles from the slurry, ensuring its purity.

4. Quality inspection: Conduct multiple quality inspections on the slurry to ensure that it meets product standards and customer requirements.

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