Cooldeck Industries Private Limited

Andheri West, Mumbai, Maharashtra

SCS aerodynamically designed Aerofoil axial flow fans manufactured from high quality epoxy grade FRP material save up to 30% power as compared to aluminum fans. SCS fans achieve the best performance keeping power consumption and noise levels to the minimum possible.

Aerodynamic axial flow FRP fans manufactured by COOLDECK are specially designed for high-efficiency, critical applications, which include Cooling Towers, Humidification and Exhaust systems.

• Tough light weight hollow FRP blades

• Non-corrosive and erosion resistance

• Different standard pitch angles/adjustable pitch angles

• Wide range of industrial air moving applications

• High efficiency and low noise levels

• Aerodynamically designed for maximum airlift and minimum air resistance

• The unique aerofoil design ensures high efficiency, lower noise levels and less power consumption

• Reinforced Fiberglass Epoxy Resin (FRP) provides the desired non-corrosive quality to the fan blades, resulting the operation of fans even in the most aggressive environment.

• The design of the fans provides high air volume with optimum pressure to ensure the long distance reach in the farthest areas.

• The hollow construction of blades makes the fan lightweight resulting into low starting torque and reduced power consumption under varying load conditions. This causes minimum wear and stress on motor bearings and drive shafts.

• By varying chord width and angle of incidence along the length of the blade SCS fans yield significantly higher performance than constant-chord-width fans as they develop constant velocities along the full blade length.

• SCS FRP Fans with pitch control enable the field technicians to change pitch settings easily in order to optimize fan performance or to change field applications.

Architectural uPVC louvers are featured prominently over the exterior faade of the building there by increasing the aesthetic value of the faade. COOLFin louvers are made from UV stabilized uPVC. They can be ordered to exact sizes and are packaged with the supporting members that will be installed on the building surface. uPVC is the material of choice in building projects all across the world with established advantages over other materials such as concrete, aluminum or steel.

The design team at COOLDECK relentlessly strives to create and achieve an elegant aesthetic look with the uPVC louvers /fins to complement the overall design of the building.

• Enhance architectural appeal of the building.

• Allow significant amount of light in the building while reducing ill effects of direct heat

• Create a visual block but yet allow passage of cool air there by reducing energy cost.

• Inexpensive solution compared to alternate high quality materials.

• Available in UV stabilized colors to match the other components of the facade

• Project pipes and ducts from the ill effects of direct sunlight.

• Reduce heat absorption in the building structure.

• Can be installed in new or existing building.

V-bar clips are made of Copolymer Polypropylene - a high impact resistance material able to remain flexible in a broad range of temperatures.

We are the main supplier of this product.

Random BioMedia B-185 has been designed for more important applications in wastewater treatment Viz., Trickling Filters or Biotowers, Hybrid Reactors with aerobic application and anaerobic applications. Since the product is made up of Poly Propylene material, it is non reactive and hence recommended for most applications including for refineries.

COOLDECK range of Wood-Plastic Composite (WPC) profiles change the way one thinks of external decking and cladding. Our range of decking and cladding option combines the proven strength of high density plastic and wood fibers. With an outer shell of plastic this completely encapsulates the board in an impermeable layer of protection from scratches, stains and fading.

• The configuration of the COOLOpti allows water droplets to fall across multiple layers of horizontal strips.
• Even as the water droplets bounce off from one layer to another the thin strips cause shearing action on them causing them to break into smaller droplets.
• The construction COOLOpti is configured to maximize the probability of the water droplets continuously encountering these thin horizontal strips on their way down to the basin. This is evident from the fact that alternate layers of the installed COOLOpti have these strips displaced from the layers above rather than all in a single line. This results in a far more efficient working of the splashing principle.

• Better heat transfer ratios due to the formation and quick rupture of water film on diamond shaped perforations.
• Pack volume is reduced to 10% to that of timber slats.
• Increases the void volume in the tower, resulting in higher capacity.
• Economical and durable compared to wooden slats.
• No channeling of water.
• Perforations provide a considerable reduction in pressure drop resulting in lower power consumption and/or increase in air flow,