Ceramic gold plating

Advanced Institute Technology Ceramic Gold Plating can be customized to various sizes and thicknesses as needed

Ceramic magnetron sputtering gold plating is a commonly used surface treatment technique, which forms a layer of gold plating film on the surface of ceramic materials to improve their aesthetics, corrosion resistance, and conductivity.

1. Process principle:

Ceramic magnetron sputtering gold plating is a process that utilizes the principle of magnetron sputtering. In a vacuum environment, a certain electric field is applied between the metal target and the ceramic material reaction chamber to accelerate the impact of metal particles on the ceramic surface, forming a thin metal film. This type of film can protect the surface, increase gloss and aesthetics, and have excellent conductivity.

2. Advantages:

Ceramic magnetron sputtering gold plating can form a uniform and dense metal film on the surface of ceramics, with good adhesion and corrosion resistance, which can effectively protect the surface of ceramic materials from damage. At the same time, metal films can improve the conductivity of ceramics and have a certain degree of thermal conductivity, which is beneficial for the use of ceramic materials in special environments.

3. Precautions:

When conducting ceramic magnetron sputtering gold plating, it is necessary to fully consider the physical properties and shape of the ceramic material. Ceramics of different materials and shapes have varying requirements for sputtering process parameters and gold plating effects. In addition, when preparing metal target materials, it is important to ensure their purity and uniformity in order to achieve better sputtering gold plating effects.

4. Application areas:

Ceramic magnetron sputtering gold plating is widely used in medical products, communication products, aerospace and other fields. By gold plating treatment, ceramic materials can increase their market competitiveness.

In summary, ceramic magnetron sputtering gold plating is a commonly used surface treatment technique with advantages such as uniform coating and corrosion resistance, which is suitable for fields such as medical, communication, aerospace, etc. When carrying out this process, it is necessary to pay attention to the characteristics and shape of the ceramic material in order to achieve better gold plating effect.