We are offering our customers an extensive variety of excellent PVC Cooling Tower Fills that is broadly utilized in different areas according to their exact requirements of uses. Made by adroit experts utilizing finest caliber material as well as cutting edge innovation with a specific end goal to fulfill the set business caliber guidelines, we provide our fill at more moderate rate to the customers. Honeycomb sort PVC Cooling Tower Fills are utilized for expanded contact place having a great thermal exchange productivity. The intersection of air and water circulation in closeness that makes a diffused turbulence helpful for dissipation and effective thermal exchange, every PVC fills are twofold with a programmed seepage system, creating a great tension drop as well as a decent safety from disintegration. They are stuck via programmed handle and made with German outline guaranteeing a greatest float of 0.001% under regular plan conditions. Further, the sub circulation tubes are made of inflexible PVC with a examining load of 6 Kg/cm2.
PVC Cooling Tower Fills is designed from the most recent technologies to fulfill the demands of counterflow cooling towers. Honeycomb type PVC fill is widely used for extended contact area that has high heat transfer effectiveness. The crossing of water stream and air in close proximity creates a diffused disorder favorable to evaporation and ensure heat transfer. This fill is double folded using an automatic drainage system to develop a constructive pressure drop and defense against erosion. It is glued using an automatic process in German design for ensuring the maximum drift of 0.001% under different standard designs and conditions. The sub distribution pipes of the product are designed from high quality PVC along with 6 Kg/cm2 testing pressure.
Features of PVC FILLS :-
- Available with both edges folded
- Achieve high surface area
- Constant forming to ensure minimum resistance to airflow
- More cooling and less power consumption
- Uniform thickness with durable folded edges
- Extra strength at significant locations on the fill.