Features of Aluminum Heat Reflect Fiberglass Hose

The Aluminum Heat Reflect Fiberglass Hose currently used in condensers is generally made of stainless steel light pipes processed and formed by a special process. Since the height between the wave peak and the wave trough is about a few millimeters, the flow in the tube is in the form of equal-diameter jets and arc-shaped jets, resulting in periodic changes in flow velocity and pressure. Strong disturbances are generated when hot and cold fluids flow, making the fluid flow state reach a sufficient level. The rapid flow greatly destroys the actual thickness of the boundary layer and dirt layer, resulting in a significant increase in the heat transfer coefficient and making it less likely to cause clogging.

In the condenser, the reason why Aluminum Heat Reflect Fiberglass Hose can stand out and become a newer alternative to alloy bare bones is because of its superior comprehensive performance, which mainly has the following characteristics:
(1) The Aluminum Heat Reflect Fiberglass Hose uses its own energy to automatically destroy the boundary layer according to the periodic changes of the flow channel, greatly improving the heat transfer coefficient inside and outside the tube.
(2) The fluid inside and outside the Aluminum Heat Reflect Fiberglass Hose is fully disturbed. At the same time, the curvature of the pipe changes greatly, and it can expand and contract freely under the action of temperature difference. Therefore, the scaling speed is slow and the relative thermal resistance is small, eliminating the root causes of corrosion and clogging. Therefore it is safe, reliable and has a long service life.
(3) Due to the structural characteristics of the Aluminum Heat Reflect Fiberglass Hose, at a certain flow rate, the fluid in the tube can reach a turbulent flow state. Therefore, compared with other heat exchange tubes, the flow resistance is lower and the pressure loss is Small, save power.
(4) The heat transfer coefficient of the Aluminum Heat Reflect Fiberglass Hose is high and can form a pure countercurrent between the two fluids. Therefore, the outlet temperature of the cold fluid can be higher than the outlet temperature of the hot fluid, and the logarithmic average temperature difference between the two fluids can be reduced, the temperature efficiency and heat recovery rate of the condenser can reach more than 80%, which is higher than existing condensers.