Turbo Ventilators - Aluminum & Stainless Steel Design | Easy Installation, Long Lasting Durability, Weather Resistant Performance

Taking advantage of our profound experience and expertise in this domain, we are manufacturing and exporting a wide range of Turbo Ventilators. The entire offered range of ventilators is designed using optimum quality materials in sync with modern engineering standards. Our Turbo Ventilators is widely used to exhaust smoke, humidity and harmful gases from the premise. In addition, we provide these ventilators at feasible prices to our clients.

Features:

• Easy to install
• Long lasting service
• Durable structure

Specifications

• Designed as per industrial specifications & standards
• Rigorously tested to ensure durability
• Give efficient performance in extreme temperatures & high wind conditions
• Its Roof is manufactured under stringent quality check
• Fabricated, using premium quality raw material
• Vanes are made of bright Aluminum /SS material
• Double curved vanes are specially designed for:
  
• Maximum weather durability
• Maximum wind driven efficiency
• Rain spill deflection
• Aerodynamic vanes are strong by structure & light in weight
• Maximum energy utilization & performance of exhaust suction
• Vanes prevents water entering the turbine by means of under groves
• Groves are provided for water spill deflection
• Doesn't require power or electricity

• 80% depreciation under section 32 of IT act
• Improves working conditions and Increases productivity Rigid Roll Formed Curved Vanes
• Weathered & Storm proof
• No Operating Cost
• Economical and environmental friendly
• PTFE Pre sealed or SKF ZZ Bearing
• Light weight & Durable
• Virtually Maintenance Free
• Replacing hot air, humid air, stale air, smoke, dust & gas fumes, with fresh & ambient air
• Temperature decreases by 7-8 degrees by installing it
• Can be fitted in any type of roof profile
• Improves human comfort level & productivity

• No. of Ventilators Required = Ventilation Rate Q/Exhaust Capacity
• Required Ventilation Rate Q (cfm) = Volume x Air Change Rate/60
• Volume of Spare to be Ventilated (ft3) = 1 x w x h
• Select Exhaust Capacity from Table B as per your required temp. Diff oC and Wind Velocity (MPH)