Product
“Wind Turbo vents is a wind driven ventilator that is installed on the roof top to provide effective ventilation for all kind of industries. Air Ventilator works on the simple principles of wind assisted rotation and stack effect. Even the slightest wind causes Turbo ventilator to rotate which in turn sucks out and expels the hot and humid air from the building. Rooftop Ventilators have several advantages when compared to conventional ventilation methods. Empowered with excellent engineering skills and precision technology, we have captured a worldwide market for Wind Turbine Ventilators. Wind turbo ventilators are acknowledgement by industrial giants worldwide and most of world's most developed countries have moved ahead with wind turbine ventilators and found professional and ultimate solution for industrial air ventilation problems.
Advantages:
- Doesn't require power or electricity
- Totally Economical, environment & Eco – Friendly.
- No Operating Cost
- 100% Weatherproof & Storm proof
- Virtually Maintenance Free
- Rigid Roll Formed Curved Vanes
- Teflon Pre sealed or SKF ZZ Bearing
- Light weight & Durable
- Fast Depreciation under IT Act as it is a Non – Conventional Energy Product.
The Vanes are made of bright Aluminum / SS material of double curved vanes are specially designed for maximum weather durability, maximum wind driven efficiency and rain spill deflection. Specially designed aerodynamic vanes are strong by structure and light in weight. It is designed to achieve maximum wind energy utilization and performance of exhaust suction. Vanes prevents water entering the turbine by means of under groves provided for water spill deflection.
The turbine ventilators come with heat and friction resistant Teflon cap. The Teflon cap is for revolutionary free floating effect, air movements lift and separates the turbine from the central shaft, resulting in nearer friction free motion.
The turbine ventilators come with SS Central shaft which maintains rigidity under heavy stress and load factors. SS Rods on four sides stabilizes the central shaft to ensure equal weight distribution and reduce stress on fastening joints. The turbine ventilators ducting parts like, Throat adaptor and base flange are made of aluminium material /SS Material/FRP Material/ Polycarbonate Material which is strength tested to ensure structural integrity. Powder coating, Anodizing or Epoxy Paintings in desired color can be done on request.”
Wind Turbine Ventilators
Turbovent
has several advantages when compared to conventional ventilation methods.
Choice of the Material (Aluminium or Stainless Steel), size, number and installation of AIR VENTILATOR depends on considerations such as wind velocity, temperature differential, environment conditions, size of the building and location of the building and profile of the roof. Different sizes of wind turbo ventilators ranging from 16" to 34" are available which are recommended after considering the above facts.
Wind
Turbo vents is a wind driven ventilator that is installed on the roof top
to provide effective ventilation for all kind of industries. Turbovent works
on the simple principles of wind assisted rotation and stack effect. Wind
assisted Rotation: Even the slightest wind causes Turbovent to rotate which
in turn sucks out and expels the hot and humid air from the building.Stack Effect
Because
of temperature difference, the air inside the building is more or less dense
than the air outside. If there is an opening high in the building and another
low in the building, a natural flow will be caused where fresh air will
enter from the sides and the hot humid air will rise and exit through the
opening at the top. Turbovent utilizes this air flow phenomenon to rotate,
thus creating a higher rate of outflow of air. Wind turbovent is a combination
of both natural and forced air ventilation system. It is a free spinning
roof ventilator which works on wind energy. It functions as a natural ventilator
when there is a difference in thermal or wind pressure between the inside
and outside of the building which forces the air to move through the opening
of the ventilator. It also acts as a forced ventilation system when the
air ventilator rotates to create a negative pressure within the building.
Cooler air from outside will rush into the negative space within the building
in order to maintain an equilibrium condition.Heat
During summer months temperatures in roof spaces can reach as high as 60°c.This heat radiates downwards causing discomfort in living areas and forcing air conditioners to work harder. Even the effectiveness of ceiling insulation can be reduced by the additional heat load.
Moisture
During the colder months, water vapour from showers and cooking is drawn into roof spaces and can condense to form up to 12 litres of moisture per day. This can render insulation ineffective, cause mildew on walls and ceilings and contribute to a damp environment.





