Waterproof joints can be applied to water-borne environments to provide reliable connector joints. Waterproof joints are widely used in modern applications, such as street lamps, automobiles, buildings, cruise ships, ships, power supplies, etc., so what are the troubles of waterproof joints?
1. Poor insulation: The function of the insulator is to place the touch member in the correct orientation and to insulate the touch member from the touch member between the touch member and the housing. Therefore, it is necessary for the insulating member to have good electrical functions, mechanical functions and technical forming functions. In particular, with the widespread use of high-density, miniaturized waterproof joints, the useful wall thickness of the insulator is getting thinner and thinner. This puts more stringent demands on insulation materials, injection mold accuracy and forming technology.
2, poor touch: the metal conductor inside the waterproof joint, it will send power, signal, etc. to other parts touched. It is necessary for the metal conductor inside the waterproof joint to have an excellent conduction function. If the touch part planning is unreasonable, the data selection is faulty, the scale is not standard, or the plating layer is not properly disposed, it will constitute a poor touch of the waterproof joint.
3, poor fixation: waterproof joints need to be fixed in a certain position to complete the stability of the connection. Sometimes the device is not perfect, or the product has a limited durability and too many plug-ins, which may lead to poor fixing, and the light one affects the touch and constitutes a momentary power failure. Because the planning is not reliable, the material selection is wrong, the molding technology is not properly selected, the heat treatment, mold, installation, welding and other technical quality is poor, the installation is not in place, etc. will constitute a fixed failure.