The manufacturing process of high-voltage ceramic capacitors

High voltage ceramic capacitors are high-voltage ceramic capacitors used in power systems. Generally, high-voltage ceramic capacitors are used in products such as metering, energy storage, and voltage divider in power systems. High voltage ceramic capacitors have been widely used and hold a significant position in the LED lighting industry.

High voltage ceramic capacitors are made by extruding high dielectric constant capacitor ceramics (barium titanate titanium oxide) into round tubes, discs or discs as the medium, and using sintering infiltration method to deposit silver on the ceramics as electrodes. We use a lot of high-voltage ceramic capacitors, do you know what the production process is? Let me explain it to you below.

The production process of high-voltage ceramic capacitors includes: grinding, pressing, sintering, polishing, silver coating, silver burning, electrode welding, testing, and packaging. It appears that high-voltage ceramic capacitors are formed through multiple processes. Why do some high-voltage ceramic capacitors in the electronic market have lower unit prices? At this point, you need to pay attention to whether you have a physical factory, whether the production process steps have been reduced, and whether the quality of capacitors is guaranteed.