FRP square cooling towers

We are considered experts in supplying a wide variety of counterflow cooling tower squares. These work on the principle of induced draft and countercurrent. In these towers, fans create vertical movement of air across the tower that opposes the flow of water. Due to the even distribution of water, hot circulating water enters the inlet header and is ejected through non-clogging polypropylene nozzles. Additionally, to reduce drift losses, the towers are equipped with well-designed PVC drift eliminators. To facilitate inspection and maintenance, the towers are also equipped with inspection doors. In addition to this, our line of Rectangular Cooling Tower can also be installed in multi-units.

FRP Square Cooling Tower Product description:

Rectangular Cooling Tower include counter-current cooling tower and cross flow cooling tower. There are two kinds of cross flow FRP cooling towers: BHZ series and HBL series. BHZ series has low-noise and ultra-low-noise towers, and the cooling water volume of single tower is 80, 100, 125, 150, 175 and 200m3 / h respectively. It is characterized by low air velocity, low noise and low energy consumption. It is suitable for places with strict noise requirements. When multiple cooling towers are assembled, the water volume can reach 1200m3/h(6x200m3/h). HBL series not only has low noise type and ultra-low noise type, but also has industrial type with medium and high water temperature drop. The cooling water volume of single tower is 300, 500 and 700m3/h respectively, which can also be used in parallel. It is characterized by high air velocity, slightly higher noise than the assembly tower, but lower than the counter-current tower , small footprint.

Industrial FRP Square Cooling Tower Structural features:

This series adopts air inlet on both sides. The fan on the top makes the air exchange with hot water through the fillers on both sides of the tower, and the hot and humid air is discharged outside the tower. The fillers adopt point wave plates with convex points on both sides, which are bonded into a whole through installation to improve the rigidity. Due to the convex points on both sides, the direct dripping of water droplets is avoided and the function of forming water film is improved, Water collection measures are set at the tail of the filler.

The fan adopts wing FRP fan blades with low speed and low dynamic pressure, and adopts polyester fiber reinforced support belt. It has low noise, high transmission efficiency and no slip in case of water. Due to the air inlet on both sides, the filler is directly stacked from the bottom of the pool to the distribution tank. Therefore, there is no dripping sound like the counter-current tower, which is very beneficial to reduce the noise of the cooling tower. Considering the convenience of assembly, the base of the cooling tower is placed on the strip reinforced concrete.

Outstanding Features of Frp Square Cooling Tower

The cooling towers offered by Frp Square Cooling Tower are designed in such a way that they have minimal drift losses. Our cooling towers have a cuboid shape for easy access to internal components. We assure our customers that our machine range has been quality tested according to predefined quality parameters to meet international standards.

The Frp Square Cooling Tower we offer is the latest technology based FRP Square Cooling Tower, manufactured with high quality raw materials. Offered at a competitive price, this is ideal for multi-unit options and features a full FRP enclosure to ensure optimal protection of the cooling tower's body. FRP square cooling tower cooling circulating water. The FRP square cooling tower blends easily with the built environment and has a unique aesthetic appearance.

The cooling tower components of the FRP square cooling tower are:

Cast aluminum fan

These gravity fans are designed to help expel a lot of air when they are light.

PVC filler

This PVC filler is designed to help enhance heat transfer for maximum cooling.

Splash nozzle

FPR square cooling towers are equipped with nozzles to help distribute hot water in the cooling tower.

Motor

Cooling tower motor used to drive the fan