Turbolator Heat Exchanger Turbolator

Studies have shown that Heat Exchanger Turbolator in the liquid can flow in the heat transfer tubes with significant helical movement. In other words, adding a spoiler additive to the heat exchange tube of the heat exchanger is equivalent to adding a porous body with a porosity ε≥95% to the heat exchange tube of the heat exchanger. After the liquid flows through these spoiler additives, an obvious diffuse flow effect will be produced in the flow channel. At a low Reynolds number (Re≥300), due to the promotion of the diffuse flow, the liquid in the heat exchanger tube will change For turbulence. The total thermal resistance of the flowing liquid in the turbulent state is the smallest among all the liquids. Since the thermal resistance of the flowing liquid in the turbulent state in the heat exchanger tube of the heat exchanger is very small, the heat transfer coefficient (K) value of the heat exchanger will greatly increase. In the state of a high heat transfer coefficient (K) value, the effect of enhancing heat transfer by the spoiler in the heat exchanger will be very obvious.

The characteristics of enhanced heat transfer by turbolator: 1. The most obvious feature of adding spoiler additives in the heat exchange tube is that the heat transfer coefficient inside the heat exchange tube is greatly enhanced. 2. Using spoilers to enhance heat transfer, another advantage is that it can effectively inhibit the generation of dirt. 3, cleaning turbulators is very convenient.