Square crossflow cooling towers utilize side air intake and a top-mounted fan to allow air to pass through the tower's fill material, exchanging heat with hot water. The humid air is then exhausted outside the tower. The fill material consists of point wave sheets with protrusions on both sides, bonded into a solid unit by the installation head to enhance rigidity. The protrusions on both sides also prevent direct dripping, thereby improving the water film formation capability. Water collection measures are provided at the end of the fill material.

Square cross flow cooling tower composition structure

Panel: Made of fiberglass, with a smooth and attractive surface, corrosion-resistant, and anti-aging.

(2) Filler: Modified polyvinyl chloride bidirectional dot wave sheet, with good thermal properties, low air flow resistance, high rigidity, heat resistance up to 75°C, cold resistance, and flame retardant.

(3) Fans: Alloy aluminum plate is used for the blades. The fans feature reasonable aerodynamics, high air volume, high efficiency, low noise, and corrosion resistance.

(4) Electric motors and reducers: For outsourced equipment.

(5) Fabricated Water Trays: Made of fiberglass, featuring even water distribution, low noise design with a lid to block light and prevent debris from flying in, reducing splashing noise.

(6) Soundproofing Enclosure: Glass fiber reinforced plastic material, lined with flame-retardant polyvinyl chloride film for sound absorption.

(7) Louvers: Made of fiberglass, waterproof splash resistance, and ensures even air flow into the tower.

(8) Water Tank: Made of fiberglass, serves as a collection area for water, equipped with an automatic water refilling system, and capable of direct water intake through a closed-loop circulation.

(9) Frame: Made of assembled flanged steel, it offers rigidity, light weight, easy transportation and installation, and hot-dipped galvanized corrosion protection.