Waterproof connectors can withstand a certain amount of pressure in water, so what aspects determine the quality of waterproof connectors?

At present, the production and manufacturing processes used for waterproof connectors include high-precision machining processes, lamp source data signals, ultra-low temperature bottom pressing forming technology, and the integration of mechanical and electrical engineering layout and development design.

High precision machining process: The technical improvement mainly matches the small spacing, thickness, and other technical aspects, and it is necessary to ensure that the level of business in the same industry worldwide is achieved in the ultra-high precision manufacturing range.
Ultra low temperature bottom pressure forming technology: In the entire production process of waterproof connectors, sealing, physics, and organic chemical heat fusion are applied to ensure that the insulation layer of the waterproof connector is waterproof. After encapsulation, it ensures that spot welding is not affected by external forces, ensuring the quality stability of the waterproof connector.
Integrated development and design of light source data signal and reasonable layout of electromechanical engineering: It can be applied to audio waterproof connectors embedded in electronic components. Improving electronic components in waterproof connectors can enable waterproof connectors to have two functions, breaking away from the overall planning of traditional waterproof connectors.