Based on the traditional tubular heat exchanger, the corrugated tube heat exchanger adopts enhanced heat transfer theory and a unique design of wave crests and troughs on heat exchange tubes, achieving major breakthroughs in all performance indicators of the heat exchanger. It inherits the advantages of tubular heat exchangers such as sturdiness, durability, safety and reliability, while overcoming their drawbacks including poor heat transfer capacity and easy scaling.
When the medium flows through the corrugated tubes, obvious turbulence is generated both inside and outside the tubes to prevent the thickening of the boundary layer, which strengthens heat transfer and improves heat transfer efficiency. The special structural shape of corrugated tubes enables low-frequency slight vibration under the flow of medium, delivering strong self-cleaning performance and resisting scaling effectively. In addition, it features an automatic thermal stress compensation function with no need for expansion joints. The corrugated tube heat exchanger boasts high thermal efficiency, compact size, stable performance, safety and reliability.
It is widely applied in urban central heating, power plants, petroleum, chemical industry, light industry, pharmaceutical and other industries, as well as hot water supply and heating systems of civil buildings.
