Surface-mounted LED brackets are functionally electroplated, with a focus on excellent solderability and conductivity of the silver plating, followed by the bracket's anti-oxidation properties and other functions. Since LED brackets require conductivity and heat dissipation, metals are used as the base material. Additionally, some areas require insulation treatment, necessitating the use of engineering plastics. Therefore, typical LED brackets are formed through metal stamping followed by injection molding. As LEDs are light-emitting diodes, electroplating is necessary on the internal metal surface. Silver, being an excellent reflective material, is commonly used for electroplating the surface of LEDs. To minimize issues with silver-plated LED brackets during storage and use, while ensuring ease of use, the following points must be considered:

Warehouse Usage: Storage conditions for unpacked goods: below 25 degrees Celsius, relative humidity less than 65%.

Two, the stacking of the brackets used should not exceed four layers to prevent deformation due to gravity; they should be handled gently during transportation; when unpacking, use a blade to cut the adhesive tape.

Due to the mechanical fit of the bracket stamping mold, it is necessary to regularly maintain the mold to ensure that the mechanical dimensions of the bracket are within the tolerances specified on the drawings.

Due to the material change of the copper, it is difficult to ensure that the cut edges do not rust after the product is finished. Therefore, to enhance product grade, it is recommended to use semi-plated brackets, and apply tin plating protection to the LED semi-finished products after encapsulation.

Attention should be given to the use of silver plating on LED brackets, primarily due to the chemical properties of the silver coating. Elemental silver exhibits stable chemical properties under normal conditions and rarely reacts chemically with water or oxygen in the air. However, when exposed to compounds, ultraviolet radiation, or the action of acids, bases, and salts, it readily undergoes chemical reactions, resulting in the silver layer turning yellow and gradually darkening to brownish-black. Therefore, it is essential to store LED brackets in a sealed manner when they are not in the production process.