Introduction to Cross Flow Composite Fiberglass Cooling Tower

The cross flow fiberglass cooling tower adopts air intake on both sides and a fan at the top, which allows the air to pass through the fillers on both sides of the tower and exchange heat with hot water. The humid and hot air is then discharged outside the tower. The filler adopts a point wave plate with convex points on both sides. The point wave plate is bonded as a whole through the installation head to improve rigidity. The convex points on both sides can also avoid direct dripping, thus improving the ability to form a water film. The tail of the filler is equipped with a water collection measure.

Features of cross flow combined cooling tower products:

1. Space saving and lightweight structure

The square cross flow cooling tower adopts high-efficiency heat exchange packing specially designed for this series of cooling towers, which greatly increases its heat exchange area. Compared with the original HBLD series and HBLCD series, its footprint is significantly reduced. Due to the optimization of structural design and the use of steel structure, the operating weight is also greatly reduced.

2. Save electricity

The square cross flow cooling tower uses fillers with low ventilation resistance and wing shaped fiberglass high-efficiency fans specially designed by Tsinghua University for the cooling tower, thereby reducing the power of the motor used. The ultra-low noise type uses a smaller motor power, which saves more electricity. It can also be equipped with a dual speed motor according to user requirements to save electricity.

3. Extremely low operating noise

The wing low-noise axial flow fan made of FRP material specially designed for cooling towers by Tsinghua University and the low-noise motor specially designed for cooling towers are used to reduce the operating noise of the cooling tower. The ultra-low noise series cooling tower has lower operating noise and fully meets environmental protection requirements. If equipped with a dual speed motor, the noise can be further reduced by 2-3dB (A) during low-speed operation at night. Users who require a dual speed motor should specify their requirements separately when placing an order.

4. Good corrosion resistance

The square cross flow cooling tower body, water tank and panel are made of FRP material with good corrosion resistance, and light stabilizer is added in gel coat resin, which has good aging resistance and will not change color for a long time. The steel structural components of the square cross flow cooling tower body are treated with galvanizing after processing to improve the corrosion resistance of the cooling tower. Within the normal service life, no additional anti-corrosion is required.

5. Convenient combination

Combination methods can be used to meet the requirements of different working conditions, and users can also decide on combinations based on the site conditions, and adjust the appearance of the cooling tower according to the characteristics of the user's building. If the user's space is very limited. Our company can also design according to the special requirements of users to meet their requirements for thermal performance and noise.

6. Easy to maintain

This series of cooling towers is designed as a combination, with adjacent cooling tower air chambers separated from each other. Maintenance and repair can be carried out on the premise of normal operation of the cooling tower, making it more convenient to clean the packing, water pipes, and water tanks.

Product structure of cross flow combined cooling tower:

(1) Panel: Made of fiberglass material, with a smooth and beautiful surface, corrosion-resistant, and anti-aging.

(2) Filler: Modified polyvinyl chloride bidirectional point wave plate, with good thermal performance, low airflow resistance, good rigidity, heat resistance of 75 ℃, cold resistance, and flame retardancy.

(3) Fan: The blade material is alloy aluminum plate. The fan has the characteristics of reasonable aerodynamic force, large air volume, high efficiency, low noise, and corrosion resistance.

(4) Motor and reducer: outsourced equipment.

(5) Cloth sink: made of fiberglass material, evenly distributed water, ultra-low noise type with a cover plate to block light, prevent debris from flying in, and reduce splashing sound.

(6) Silencing cover: made of fiberglass material, with an internal cavity type flame-retardant polyvinyl chloride film soundproofing material.

(7) Louvers: made of fiberglass material, waterproof and splash proof, and can ensure even airflow into the tower.

(8) Water tank: made of fiberglass material, used for water collection, equipped with automatic water replenishment facilities, capable of closed-loop circulation and direct water absorption.

(9) Skeleton: It is a national standard steel assembly structure with good rigidity, light weight, easy transportation and installation, and hot-dip galvanized anti-corrosion