Frame Work: Chemically treated selected Himalayan Pine wood is used for the structure of cooling towers. All the timber structurals are pre-fabricated and then chemically treated.

Tower Casing & Louvre: Corrugated Asbestos Cement, Red mud plastic or FRP sheets are used for tower casing & louvre.

Fill: Chemically treated wood splash bars or P.V.C. splash bars which are supported on either G.I.P.V.C. coated or stainless steel wiregrid in crossflow towers.
For counterflow towers either treated wood or Rigid P.V.C. Honeycomb design type fill is used.

Drift Eliminator: Chemically treated wood eliminator blades are supported on treated marine plywood holders, sometimes Rigid P.V.C. drift eliminators are used.

Distribution Systems: In crossflow towers water is distributed by header pipes on open distribution pans having flower type spray nozzles. In atmospheric spray and small counterflow cooling towers water is sprayed through nozzles which are fitted on M.S. galvanised header pipes. In larger counterflow cooling towers distribution is done by troughs and sub-distribution troughs in which spray nozzles are fitted.

Hardware: Bolts, nuts and washers used are normally of M.S. hot dip galvanised. All the nails used are of SS304 material. 

Fan Assembly: The fan is of axial flow type, consists of cast aluminium alloy or GRP vary pitch blades fitted on a galvanised M.S. hub with SS304 'U' bolts & nuts. The balanced fan assembly upto 1910 mm dia. is mounted directly on motor shaft. Larger diameter fans are mounted on gear box output shaft. Hollow GRP blades are used to reduce power consumption for larger fans.

Fan Casing: Direct driven fan casing is of M.S. Galvanised type. Gear driven fan casing / stack is of  FRP or treated timber & marine plywood construction.

Basin: Normally, R.C.C./Brick basins are used. However, for atmospheric spray & smaller induced draught towers wooden basins may be used.

Range: 'Canara' manufactures a wide range of 'S', 'D', 'CF' & 'CAT' series cooling towers in cross single flow, cross double flow, counterflow & atmospheric spray towers respectively.

High Performance: 'Canara' cooling towers are designed carefully to achieve uniform water distribution, higher heat mass transfer rate. The design of fill, drift eliminator allows a maximum volume of air movement through the tower at lower power consumption.

Low maintenance: 'Canara' cooling towers upto 1910mm, fan diameter are driven directly by flanged weatherproof motors. As gear box is eliminated, little maintenance is required. Inert material selection both in structural and functional components reduces maintenances.

Operating Economy: 'Canara' cooling towers are designed for the highest efficiency at the lowest operating cost. Fans, fills, drift eliminators are designed for higher efficiency and lower pressure drop, hence lower operating cost. The simplified operation doesn't require trained personnel, which further reduces operating cost.

Architectural Compatibility: 'Canara' cooling towers are aesthetically made to suit harmoniously with surroundings.