What are the detailed characteristics of high temperature re

Fiberglass cooling tower is corrosion-resistant, high-strength, lightweight, small in size, occupies less space, beautiful and durable, and is easy to transport, install and maintain. Therefore, it is widely used in various sectors of the national economy, especially suitable for cooling water circulation systems such as air conditioning, refrigeration, air compression stations, heating furnaces, and condensation processes.

The circular counterflow fiberglass cooling tower adopts counterflow gas heat exchange technology, and the packing material uses high-quality modified polyvinyl chloride waveplates to diffuse the water spraying area; By rotating the water distribution method, uniform water distribution is achieved, enhancing the cooling effect. Our factory has made partial improvements to the exterior design of this series of products, making them more reliable, durable, and easy to assemble

structure characteristics

(1) Tower body: Reasonable profile, smooth airflow, excellent material, bright colors, surface coating resin containing anti UV agent, aging resistance, high strength, light weight, corrosion resistance. According to the ordering requirements, the lower tower body can be equipped with overflow, sewage, and automatic water supply pipes, which can directly absorb water from here, eliminating the need for a cooling pool. It is also equipped with noise reduction pads, effectively reducing dripping sound.

(2) Filler: Modified polyvinyl chloride wave plate is used, with convex ribs added horizontally. It has strong water redistribution ability, low resistance, good thermal performance, high temperature resistance of 70 degrees, low temperature of -50 degrees, and good flame retardancy.

(3) Rotating water distributor and water distribution pipe: equipped with stainless steel ball bearings, it operates flexibly and reliably, with low water head and uniform water distribution. The water distribution pipe is made of aluminum alloy or fiberglass, and a water collection plate is installed on the pipe to overcome the phenomenon of floating water.

(4) Fan: A low-noise, high-efficiency fan designed by the Department of Engineering Mechanics at Tsinghua University based on a series of cooling tower parameters, with aluminum alloy plate airfoil or fiberglass blades, low noise, and high efficiency.

(5) Motor: A low-noise energy-saving motor designed by the Department of Electrical Engineering at Tsinghua University for cooling towers based on the Y-series installation dimensions. It has good sealing and waterproof performance, high temperature resistance, high efficiency, and low noise.

(6) Deceleration device: It adopts polyester fiber-reinforced chloroprene rubber power belt transmission, which is heat-resistant, efficient, does not stretch when encountering water, overcomes slipping phenomenon, and has very low noise.

(7) Sound absorption facilities: The ultra-low noise cooling tower has added a shield with sound-absorbing materials outside the air inlet, and is equipped with sound-absorbing grilles in the upper and lower parts to achieve maximum noise reduction effect. A horn shaped shield and sound-absorbing grille with sound-absorbing material were installed at the outlet of the upper tower, reducing the noise emitted by the fan and motor.

(8) Air intake window: equipped with fiberglass louvers to reduce floating water and low airflow resistance, especially suitable for units in northern regions and those that need to use cooling towers all year round.

(9) Bracket: All steel brackets for fans, fillers, air inlet windows, tower bodies, etc. are prefabricated, galvanized or painted for corrosion protection. Fasteners are made of galvanized or stainless steel bolts.