The principle of operation of cooling tower fill is to put as much water surface area in contact with as much air as possible, for the longest amount of time possible. Film fills allow the water to form thin flowing sheets to expose as much water surface area as possible to the interacting flow.
• Good distribution of water leads to better and efficient cooling of water
- High efficiency of heat dispersion.
-Special additive components for high sustaining power against UV radiation.
-High durability, resistant against pollution and corrosion .
- Quick assembling with minimal working time spending.
- high Operating temperature range
-Self-supporting, high strength and flame resistant characteristics
• Easy and fast to install at site with minimum labour.
• Comact sheet structure resulting in low transportation cost
| Characteristics | Units | IC-1012 | IC-1019 | IC-1027 |
|---|---|---|---|---|
| Cooling Tower Application | Counterflow | Counterflow | Counterflow | |
| Flute height | Mm | 12 | 19 | 27 |
| Void Ratio | >97 | >97 | >97 | |
| Std. Sheet size L x W | mm x mm | 600x300 | 1200x600 | 1200x600 |
| Max Recommended Fill Sheetsize L x W | mm x mm | 2400x600 | 2400x600 | 2400x600 |
| Surface area per unit volume | M²/m³ ft²/ft³ |
250 76 |
158 48 |
120 36 |
| Standard Sheet Thickness | mm | 0.2-0.7 | 0.2-0.7 | 0.3-0.7 |
| Continuous operation temperature | [°C] | 55 | 55 | 55 |
| Maximum operation temperature | [°C] | 60 | 60 | 60 |
The maximum continuous operating temperature is 55°C for PVC fills and upto 75° C for ABS fills.
The short term operating temperatures are 60°C for PVC and upto 90° C for ABS.