"S" wave counter flow type cooling tower fills are the most widely used cooling tower fills. Due to its big space design, and S wave shape, The fills have excellent cooling efficiency and good performance in processing the dirty water, especially the processing water contains solid impurities. The "S" wave cooling tower infills made by PVC/PP material, thermal forming by mold and plastic forming machine. Sheet thickness and color can be customized. All these advantages makes its become the ideal infill for counter flow industrial cooling tower, Power plant heave duty cooling tower, NH3 plant cooling tower, sewage treatment cooling tower and so on. Features light weight, strength, good flame retardant performance, corrosion resistance, advanced design, ventilation resistance is small, strong hydrophilicity, large contact area, etc Specification Dimension: 500x1000 mm, 500x1220mm, 500x750mm 500xany Sheet space: 25mm / 35mm Sheet thickness: 0.3-0.4 mm, customerization Applicable water temperature: 75? ~ -35? Applicant: counter flow square type cooling tower, Power plant cooling tower fills, NH3 plant cooling tower fills, Industrial cooling tower fills Advantages of Newin Film Fill Media 1. Excellent performance, Film type high cooling efficiency fills media, corrugated shape make water surface is bigger. Packing in 2 ~ 5 layer, between layers there is a hot water redistributed process. 2.Good hydrophilicity, ventilation resistance small surface is rough and the smooth plane packing good hydrophilicity, water bibulous rate is less than 0.015%, make more form a thin film of water, but not splash down, the water and air are more fully contact with the water and air at the same time on the surface flow disturbance.Packing after assembly into the surface wind is a honeycomb diverter, have good uniform wind effect, improve the intensity of heat exchange and stabilize the moisture. 30 ° inclination at the wind inlet direction, effectively reduces the floating water loss. Set up in the end of the packing is according to the impact separation process design of water cleaner, making the drift loss controlled within one over one hundred thousand.