1. Fibreglass interior for easy cleaning. The internal surfaces of the tower including basin, cased wall and the fan cylinder are moulded gelcoat. This gives a glasslike finish to help ensure that cleaning is quick and easy.

2. Five year warranty on fibreglass shell. UV-stabilised materials are designed for constant water contact, sun, hot/cold air temperature extremes. Thick wall sections assure structural integrity and long service life.

3. Pumps are easy to access and clean, with good positive suction heads.

4. Access panel and anti-splash louvres are easy to remove.

5. Low operating costs due to the M-series condensers and coolers' efficient design. For example, fan cylinder inlet and large plan area keep internal static down, ensuring low operational power consumption. Motors are rated to IP56 for outdoor moist air extremes found in cooling tower applications.

6. Superior air inlet louvres help prevent 'splash out'. Louvres are removable for access to basin for cleaning purposes and also prevent larger air-borne debris from entering the system. The air inlet louvres are constructed of corrosion resistant PVC and they completely enclose the basin. With the reduction of sunlight into the cold water basin, the potential for algae growth is substantially reduced, helping keep water treatment and maintenance costs to a minimum.

7. Attractive aesthetic design. Careful attention is paid to the external appearance of our units, recognising that most installations are highly visible. The unit's clean, orderly design fit into almost any manufacturing, industrial or air conditioning location. Optional custom colours are also available.

8. Structural tower base is suitable for mounting and bolting down and is rated for various earthquake zones.

9. Eliminators are easy to access.

10. The water distribution system is PVC and is easy to inspect, and if required, the laterals can be removed for cleaning. With positive threaded nozzles, no problems will be encountered with these being dislodged due to poor maintenance and ensure that high pressure surges do not displace the nozzle. Low inlet pressure is all that is required for efficient water coverage.