Detailed Introduction
Cooling Tower Fill is one of the most important components for exchange of gas and water in cooling
tower. It is the major parts to improve the efficiency of cooling tower and make sure the economy and
safe operation. With the development of the plastic industry,countercurrent tower drench water plastic
packing "S" shape ladder wave, obliquely wave, which has the heat dissipation ,good performance ,Ventilated
small resistance, durable, based on the easy and other advantages, it is widely used in different types of large.
Cooling Tower filter have the advantage as bellows
1. Anti-aging
2.Excellent Performance
3.Long Service life
4.Good heat exchange performance, and excellent Cooling efficiency
5.Easy to install
T type wave fill
Sheet spacing: 33mm
Weight: 15.4kg/ m3 (after deformed)
Thickness after forming:15mils
Sheet size: 300mm×2400mm/ 300mm×1200mm
Cooling tower infill characteristic
This kind of cooling tower fill with the advanced technical, long lifetime, low resistance, light weight. During the
service, the fill can increase the water flow process. It is widely used in Square cooling tower.
1) Application: put into the square cooling tower
2) Characters:
Acid-proof, alkali-resisting, anticorrosion for the organic solvent
good performance of inflaming retarding
oxygen index≥31
3) Description:
Normal Size:300mmX1200mm/2400mm
OR
Width: Meet your demand
Length: Meet your requirement.
Thickness: Meet your demand
4) Working temperature: PVC: -20°C~70°C
Cooling tower filler heating Power and Resistance Character
Fill Height
Cooling No. (Volume Scattered Coefficient: Ka)
Resistance Equotion:P/p1=9.81*A*Vcpm A.M expression
"S" Wave
1m
=1.83y0.65
A=-0.0019q2+0.0685q+0.06543
Ka=4746g0.56q0.36
M=-0.0028q2-0.0170q+1.9480
Double Inclined
1m
=1.92y0.68
A=-0.0006q2+0.0306q+0.06376
Ka=4342g0.69q0.36
M=-0.0002q2-0.0026q+1.9029
Inclined Wave
1m
=1.85y0.64
A=-0.0001q2+0.189q+0.6374
Ka=4296g0.63q0.38
M=-0.0006q2-0.0122q+2.0178
Remark: P-Fill Resistance,Pa P1=Air density,kg/m3 q---Spray
water density,t/(m2*h) Vcp-Spray Fill Average Wind Speed m/s
g--Ventilation density kg/(m2*h g-gas water radio