• In-house calendering units, which ensure proper fusion of PVC and other additives. The process thus imparts superior mechanical and physical properties to the fill sheet as well as also ensures uniform thickness on the sheet. Most fill manufacturers outsource the film from outside reprocessing units.
• Enhanced flat surface glue point locator along the flutes resulting in stronger modules and a better visible honeycomb
• Both sides have folded edges << edge folding sheet image>> that impart maximum strength at critical load bearing points. A double edge folded COOLFill SP-12 with a thickness of 0.175 mm (0.35 mm at the edges) will have the equivalent application strength of a comparable flute fill at 0.25 mm thick.
• Choice between Translucent White / White (UV+IR stabilized), Blue (resistant to direct sunlight), Black (UV stabilized) and fill media.
• Can be supplied in either module form from factory or assembled at location.
• Manufactured in PP and ABS for high temperature applications

• Virgin PVC resin is processed on in-house T-die/calendering units, which ensure proper fusion of PVC and other additives. The process thus imparts superior mechanical and physical properties to the fill sheet as well as also ensures uniform thickness on the sheet. Most fill manufacturers outsource the film from outside reprocessing units.
• Double folded edges that impart maximum strength at critical load bearing points. A double edge folded COOLFill SP-19 with a thickness of 0.25mm (0.5 mm at the edges) will have the equivalent application strength of a comparable flute fill at 0.38 mm thick.
• Minimum weight per unit volume assures easier handling and inexpensive support structures
• Both the top and bottom of the formed fill sheet have defined gluing points - an enhanced flat surface along the flutes. This results in reduced glue consumption per cubic meter of fill volume. For a fill which is mostly site assembled, this can give up to 30% saving in the glue consumption compared to similar products as well as a better visible honeycomb
• Choice between Black (UV stabilized) and Translucent White / White (UV+IR stabilized) fill media.
• Can be supplied in either module form from factory or assembled at location.

• Virgin PVC resin is processed on in-house T-die/calendering units, which ensure proper fusion of PVC and other additives. The process thus imparts superior mechanical and physical properties to the fill sheet as well as also ensures uniform thickness on the sheet. Most fill manufacturers outsource the film from outside reprocessing units.
• Larger flute height makes the fill more forgiving to fouling water sources. The fill openings do not get blocked as easily even with scale build up.
• The higher opening in fill modules allows comparatively dirty water/untreated re-circulated water without clogging the fill for a longer period of time.
• Double folded edges that impart maximum strength at critical load bearing points. A double edge folded COOLFill CD-27 with a thickness of 0.3mm (0.6 mm at the edges) will have the equivalent application strength of a comparable flute fill at 0.45 mm thick.
• Can be supplied in either module form from factory or assembled at location.

SUPER PLAST Air washer fills optimize the area within the given volume and increase the contact points between the air and the washing water. The crossflow geometry of the fill media ensures minimum static pressure for the air, yet allowing the water to form a uniform fill along the vertical surfaces of the fill modules.

UV stabilized, chemically inert PVC ensures longer life of the fills as compared to other cooling pads such as wood and paper.

• The lack of intersection points of alternate sheets ensures that there is no particular point on the fill where suspended solids could accumulate or bio growth prosper.
• Larger flute height makes the fill more forgiving to fouling water sources. The fill openings do not get blocked as easily even with scale build up.
• Weight gain on the vertical fluted fill (as a result of depositions) is lower than those observed in the cross-corrugated film fill over an extended period of time.
• The vertical fluted fill can be used in conjunction with a small layer of cross corrugated fill at the top giving a mixed fill configuration. Fill choking usually occurs bottom to top. The mixed fill configuration offers effective water distribution from the top cross corrugated layer while keeping the bottom portion of the fill assembly almost clog free.
• Allows higher cycles of concentration for the tower water supply.

• The SP-XF fill block creates continuous passage for water to travel downstream through the fill surface while creating various paths through the fill geometry for the air to travel through the fill media and thus resulting in efficient heat exchange.
• Drift eliminators and inlet louver sheets are integrated into alternate layers of this fill. The inlet louvers guide the airflow into the tower system while the drift eliminators ensure miniscule loss of water.
• The efficient design of these two components ensures saving of various resources such as fan horsepower and make-up water (and related chemical treatment costs). The integral system eliminates the support cost associated with discrete drift eliminators and inlet louvers installations.
• The modular construction of the SP-XF fill media makes it easier to maintain the fill media. Maintenance can be performed on individual modules rather than bring the entire suspended assembly down.