Standard for original cooling tower packing
The cooling tower fillers produced by our company are all made of native sheet materials and have a service life of no less than 5 years. The cooling tower fillers produced by our company have good hydrophilicity, low ventilation resistance, and a rough and smooth surface. The fillers have good hydrophilicity, with a water absorption rate of less than 0.015%, allowing more water flow to form a film without splashing, allowing water and air to come into full contact and causing significant surface disturbance during flow. After the assembly of the filler, the air inlet surface is a deflector, which has a good uniform air distribution effect and improves and stabilizes the heat exchange intensity of water and gas.
The inlet end is tilted at a 30 ° angle, effectively reducing drift loss.A water collector designed according to the impact separation method is installed at the end of the filler, effectively controlling the loss of floating water within five thousandths. It is easy to install, clean, and transport. The heat dissipation filler adopts adhesive or hanging type, which is easy to install, easy to clean, and successfully solves the problem of deformation caused by a large amount of attached scale and self weight, and the scale becomes more severe and difficult to clean after deformation. The filler has good flame retardant performance, and after testing, the flame retardant oxygen index index index is greater than 40.
The structural design has a guiding effect, has a good uniform air distribution effect, improves and stabilizes the heat exchange intensity of water and air, and the inlet end is inclined at a 30 degree angle, reducing the loss of drift water. The equal spacing combination facilitates the formation of a large area of flowing water film perpendicular to the surface of the water flow, promoting the contact surface of the large airflow. The built-in louver air inlet is formed on the packing, making the distribution of the air water ratio inside the packing uniform and reasonable. The water remover and packing molding are integrated, effectively removing water droplets from the humid and hot air and returning to the tower, greatly reducing the loss of floating water. Floating water loss rate less than 0.001%