Strong corrosion resistance
It is not easily corroded in complex media such as seawater, acid and alkali, salt spray, and wet chlorine gas, far superior to stainless steel and copper materials, and suitable for chemical, marine, and seawater heat exchange scenarios.
Lightweight and high strength
The density is low, and the specific strength (strength/weight) far exceeds that of ordinary steel. Under the same pressure, the pipe material is lighter, easier to transport and install, and can also reduce the overall load of the equipment.
Stable resistance to high and low temperatures
It can maintain mechanical properties in high and low temperature environments, is not easily brittle or deformed, and is suitable for heat transfer and high-temperature fluid transportation conditions.
Good thermal conductivity and heat transfer performance
Moderate heat conduction efficiency, combined with the advantage of corrosion resistance, is the preferred pipe material for heat exchangers and condensers.
Non toxic and biocompatible
It has no harmful substances and can be used for food and drinking water transportation, as well as commonly used in fluid pipelines.
Good fatigue resistance and toughness
Under repeated pressure and vibration conditions, it is not easy to crack and has a long service life.
The surface is not prone to scaling
The inner wall is smooth and chemically stable, with less adhesion of the medium, which can reduce pipeline blockage and lower maintenance costs.