What are the differences in compatibility between different refrigerants and 304 stainless steel components?

For new environmentally friendly working fluids, it is recommended to conduct long-term corrosion tests to accumulate compatibility data and provide a scientific basis for material selection.

How to accurately position the copper capillary assembly during assembly to avoid deviations that affect the system fluid path?

Controlling the elastic deformation of the copper capillary assembly itself is also an important step in ensuring accurate positioning.

How do 304 stainless steel accessories help achieve noise emission standards?

304 stainless steel accessories are not only noise reduction devices but also crucial tools for businesses to achieve compliant operations and green transformation.

How to ensure the machining accuracy and surface finish of 304 stainless steel components?

Ensuring the machining accuracy and surface finish of 304 stainless steel components is crucial for ensuring efficient and stable operation of refrigeration systems.

What are the advantages of copper capillary assembly's conductive properties? Does it help improve circuit transmission efficiency?

When the circuit is under high load operation, the excellent conductive performance of the copper capillary assembly can highlight its advantages.

How does the application of aluminum capillary assembly in household refrigeration equipment improve energy efficiency?

In household refrigeration equipment, the improvement of energy efficiency not only means lower energy consumption and operating costs, but also is related to environmental protection and sustainable development.