FRP Based Turbo Air Ventilator

We offer a precision-engineered range of Turbo Air Ventilator which is fabricated using quality raw material. These are tested for ensuring superior quality, durability and high performance in the extreme temperature conditions. Raw material and parts that are fitted in our ventilators are testes, treated and assembled as per the latest industry standards.

 

Specially designed aerodynamic vanes of these turbines are manufactured using Aluminum /SS. We also design double curved vanes for assuring maximum weather durability, maximum wind driven efficiency and performance of exhaust suction. These vanes prevent water entering the turbine by means if under groves that are provided for water spill deflection.

 

Features:

 

• No electric power required

• 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

• Teflon Pre sealed or SKF ZZ Bearing

• Light weight & Durable

• Virtually Maintenance Free

 

1. Installation base: The installation base of these air ventilators is manufactured using Owen Roving mat, Surface mat and G.P. Resin, Catalyst and Escalator to match the designing of the roof over which these are installed. These are installed in place of one purling to another purling distance.

 

Specifications:

 

• Total suctions area For the Air ventilator through the F.R.P Base: 1000mm x 600mm
• Drain pan of these ventilators is designed to prevent accumulation of water and have proper path & degree.

 

Advantages:

 

• Complete solutions for the fresh Air ventilation at working area.

• No requirement of electrical power as it operates only on wind power

• Maintenances free

• Temperate Drop and Energy Saving

• Can reduce the temp by 3 to 7 Deg. But as per the earache difference at your works area

• Possibility to get the difference 5 to 10 Deg depending on the temp difference between ambient and working area

• Designed to exhaust 700 CFM to 2400 CFM Depend on the height’s

• 2 to 3 kw. Per. sq. ft volume can be saved by installing this ventilator

We offer a precision-engineered range of Turbo Air Ventilator which is fabricated using quality raw material. These are tested for ensuring superior quality, durability and high performance in the extreme temperature conditions. Raw material and parts that are fitted in our ventilators are testes, treated and assembled as per the latest industry standards.


Specially designed aerodynamic vanes of these turbines are manufactured using Aluminum /SS. We also design double curved vanes for assuring maximum weather durability, maximum wind driven efficiency and performance of exhaust suction. These vanes prevent water entering the turbine by means if under groves that are provided for water spill deflection.

We offer a precision-engineered range of Turbo Air Ventilator which is fabricated using quality raw material. These are tested for ensuring superior quality, durability and high performance in the extreme temperature conditions. Raw material and parts that are fitted in our ventilators are testes, treated and assembled as per the latest industry standards.

 

Specially designed aerodynamic vanes of these turbines are manufactured using Aluminum /SS. We also design double curved vanes for assuring maximum weather durability, maximum wind driven efficiency and performance of exhaust suction. These vanes prevent water entering the turbine by means if under groves that are provided for water spill deflection.

We offer a precision-engineered range of Turbo Air Ventilator which is fabricated using quality raw material. These are tested for ensuring superior quality, durability and high performance in the extreme temperature conditions. Raw material and parts that are fitted in our ventilators are testes, treated and assembled as per the latest industry standards.

 

Specially designed aerodynamic vanes of these turbines are manufactured using Aluminum /SS. We also design double curved vanes for assuring maximum weather durability, maximum wind driven efficiency and performance of exhaust suction. These vanes prevent water entering the turbine by means if under groves that are provided for water spill deflection.