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We offer the best product range of FRP Cooling Towers, RCC Cooling Towers, Gear Box, Pultruded FRP Cooling Towers and Wooden Cooling Towers.

RCC Cooling Towers

  • Application Heat Dissipation
  • Packaging Not Applicable
  • Size Various Sizes Available
  • Shape Rectangular
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Pultruded FRP Cooling Towers

  • Material Fiber Reinforced Plastic (FRP)
  • Packaging Type Customizable
  • Construction Pultruded
  • Size Various Sizes Available
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Wooden Cooling Towers

  • Size Various Sizes Available
  • Material Wood
  • Usage Industrial
  • Packaging Type Natural Wood Color
  • Shape Tower
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FRP Cooling Towers

  • Material Fiberglass Reinforced Plastic (FRP)
  • Shape Rectangular Or Round
  • Capacity Ranges From 5 Tons To 1000 Tons
  • Size Various Sizes Available
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Gear Box

  • Usage Rugged Cooling Tower Conditions
  • Designs Spiral Bevel, Spiral Bevel Cum Helical
  • Angle Right-angled
  • Durability High
  • Compatibility Cooling Towers
Our gearboxes are heavy duty, right-angled, available in both spiral bevel and spiral bevel cum helical type designs. They are specially designed for rugged cooling tower conditions. The rating practice and operation considerations are as per the CTI STD-111 (86) with a factor of safety of over 2.
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Drive Shaft

  • Packaging Type Not Specified
  • Application Cooling Tower Applications
  • Torque Rating High
  • Span Single
  • Flexibility Flexible
Our drive shafts are available in galvanized steel, stainless steel 304, 316 and carbon fiber, designed to transmit high torque ratings for cooling tower applications. They are tubular, single span and flexible to compensate for any misalignment. All drive shafts and their components are completely inter-changeable and designed as per ANSI/AGMA 9000 - D11.
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Fan Cylinders

  • Application Industrial Ventilation
  • Packaging Cardboard Box
Uniform velocity over the entire blade area is the most important criteria of efficient axial flow fan design. To produce a uniform velocity through out its length, a fan blade must vary from a thin tip to a thick cambered root. Each point on the blade must have the proper combination of chord (Blade width) and angle. This results in a great deal of twist in a properly designed blade, a shape impossible to produce by extrusion. The SCS fan blades are jig-formed to provide the complex contour needed for high aerodynamic efficiency.
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