Metal stamping parts and stretching parts play a key role in electrical equipment, and their applications cover multiple levels from structural support to functional implementation. These parts are manufactured through stamping or stretching processes, with precise shapes and excellent performance, suitable for the needs of various electrical equipment, specifically manifested in the following aspects:
1. Structural components: Many electrical equipment require metal structures of various shapes to support, secure, or protect internal components. These structural components can be manufactured through stamping processes, such as distribution boxes, cabinets, heat sinks, etc. Stamping parts can accurately form complex shapes according to design requirements, meeting the structural requirements of different equipment.
2. Connectors: In electrical equipment, a large number of connectors are required to achieve circuit connection and conductivity. For example, terminal blocks, plugs, sockets, etc. are all made through stamping or stretching processes. These connectors need to have good conductivity and mechanical strength to ensure the stability and safety of the circuit.
3. Heat dissipation components: In order to ensure the normal operation of electrical equipment, an effective heat dissipation system needs to be designed. Stamped parts can be made into heat sinks, radiators, etc., by increasing the surface area to improve heat conduction efficiency and help quickly dissipate heat inside the equipment.
4. Insulation: Insulation is crucial in high-voltage electrical equipment. Various shapes of insulation gaskets, insulation sleeves, etc. can be produced through stamping or stretching processes to isolate live parts and prevent electric shock and short circuit accidents.
5. Shell and protective components: The shell of electrical equipment not only needs to have sufficient strength and corrosion resistance, but also needs to have good sealing performance to prevent external factors such as dust and moisture from damaging the interior of the equipment. Stamping and stretching parts can be used to make these shells and protective components.
6. Special functional parts: Some electrical equipment may require special metal stamping or stretching parts to achieve specific functions, such as sensor housings, switch panels, etc. These parts often require precise size control and surface treatment to ensure their reliability and durability.