Mukta Engineers Kalyan West, Mumbai, Maharashtra

These Ventilators utilize wind and not electricity as their prime mover for effective ventilation. Motorized ventilation drawbacks include the use of equipment that is high in the consumption of energy during operation. By utilizing the design of the building, Wind driven ventilation takes advantage of the natural passage of air without the need for high energy consuming equipment using minimum amount of resources. Wind driven ventilation depends on wind behavior by directing air in and out of buildings on the interactions with the building envelope and on openings or other air exchange devices such as inlets or chimneys. 

A perfect partner of Pre Engineering Buildings, the Rotary Ventilators application is across various industries manufacturing from a needle to aircrafts . This solution is equipped with the ventilation which helps in keeping the building cool and maintaining the perfect working conditions. The sheds are prepared using the reliable materials like SS and Aluminum that are exposed to the climate. The Rotary Ventilators are designed to withstand high rain and winds and is known for the durability and resistance against corrosion and abrasion. 

These Ventilators constitute a system of noiselessly passing the outside air to the roof and attic space. Increasing temperature, heats up the air which rises to the highest point of the roof and passes through the gaps in between ventilator blades naturally drawing cool outside air to replace the air that has just left, allowing efficient air-flow. Roof ventilators can be installed with minimum interference to the existing roof structure, and can be supported by the colors and textures to match your roof. 

Extraction is the process of forcefully removing trapped air from factory shed creating a vacuum or low pressure zone, which is then neutralized by drawing of cool air from outside and completing the convection cycle. Depending on the size Roof Extractors exhaust large amount of the heat & smoke accumulating at roof level of the factory. They are ideally suited in Boiler , Steam Foundries, Forge shops, Heat Treatment shops and Automobile factories.

These are ventilators which are electrically powered by motors. Typical Application areas are where continuous exhaust of very high volume of air is required at specific interval for specific durations. E.g. Casting Melting Foundry , Chemical Plants , Steam Plants etc. The efficiency of Conventional Ventilators is dependent on wind velocity. The wind velocity may not be adequate at times when maximum exhaust is required. The Motorised Ventilators provide an option for exhaust of polluted air during such specific events. When used alongwith conventional ventilators they can provide very efficient exhaust with minimal power consumption. The efficiency of Conventional Motor driven exhaust is compromised when installed on walls mostly nearby windows and doors. Most of the air being exhausted is sucked from windows or doors nearby instead of the apex of the premises where maximum hot air accumulates. Installation of Motorised Ventilators on the apex is the best location for providing maximum exhaust of hot airsmokegases.

This Polycarbonate (PC) are a particular group of thermoplastic polymers having useful features like temperature resistance, impact resistance and optical properties. They are easily worked, molded, and thermoformed. Because of these properties, polycarbonates find many applications of corrugated profiles, domelights, flat or curved glazing and sound walls. Polycarbonate Roofing Sheets are highly transparent to visible light, with better light transmission than many kinds of glass. Unlike most thermoplastics, polycarbonate can undergo large plastic deformations without cracking or breaking. Multiwall Polycarbonate Sheets are produced by extrusion process , basically having ribbed section between two layers of polycarbonate sheets. Because of their properties they can be bent and shaped into any profile requiring minimum or no structural fabrication. Available in many thickness and colours they provide excellect UV resistance and light transmissions between 45% to 80 % hence find application in Plant / warehouse Roofing , Pyramids, Domes , Sky lights & Walkways , Interior partition , Roof lights & Swimming Pool Cover & Green house. Fibre-reinforced plastic (FRP) (also fibre-reinforced polymer) is a composite material made of a polymer matrix reinforced with Glass fibres. The original plastic material without fibre reinforcement is known as the matrix. The matrix is a tough but relatively weak plastic that is reinforced by stronger stiffer reinforcing filaments or fibres. Fibre-reinforced plastics are a category of composite plastics that specifically use fibre materials to mechanically enhance the strength and elasticity of plastics. They find typical applications in all components that cannot be produced by conventional die & mould system. FRP have the following properties: • Good strength & Weather durability .• Corrosion resistant.• High impact strength• Fire retardant• Light weight yet strong• Resistant to acid/alkali fumes• Free from problems of cracking, wraping and buckling. 

This Aluminum Roof Ventilator is guaranteed for long lasting performance. Constructed from light-weight aluminum as it has 1/3rd the weight of steel and thus the inertia required to move the ventilator from stationary position is much less. Aluminum being highly ductile and malleable facilitates complex design of aerofoil blades of the ventilator. These exclusive blades are designed to generate maximum resistance to the wind flow thus producing the rotational push. The Aerofoil blades also incorporate intricate grooves that guides out the rain water falling on it and prevents the same from percolating inside the premises. 

Air Ventilation is the intentional movement of air from outside a building to the inside. Air Ventilation used for providing acceptable indoor air quality. The vents or flues carry the impurities to be expelled from the building, in a way which does not cause harm to the occupants of the building. The centrifugal force generated by the spinning vanes, creates a low-pressure region which helps in suction of the air. Air drawn out by the suction action is continuously replaced by the fresh air from outside. Easy to install, these ventilators have very low maintenance cost.