Electronics Industry: In electronic component manufacturing, copper capillaries are commonly used to make leads and connecting wires. Their high conductivity ensures stable transmission of electronic signals, while their tiny size meets the trend of miniaturization and integration in electronic devices. For example, in integrated circuit packaging, copper capillaries can be used as part of the lead frame to connect the chip to external circuits.
Refrigeration Industry: Copper capillaries are important components in refrigeration systems, typically used as throttling devices. In the refrigeration cycle, when high-pressure liquid refrigerant passes through a copper capillary, the sudden reduction in diameter lowers the refrigerant's pressure and temperature, achieving a throttling expansion effect. This process is crucial for the normal operation of the refrigeration system, and the performance of the copper capillary directly affects the refrigeration efficiency.
Medical Industry: Copper capillaries also have applications in medical equipment. For example, in some precision medical instruments, copper capillaries can be used to transport liquids or gases; their high precision and corrosion resistance ensure the accuracy and safety of medical procedures.
New Energy Industry: With the rapid development of the new energy industry, copper capillaries are also being used in solar and wind power applications. In solar water heating systems, copper capillaries can be used as part of the collector to convert solar energy into thermal energy; in wind power generation equipment, copper capillaries can be used to transmit electricity or coolant.
