POLY CARBONATE VENTILATOR

POLY CARBONATE VENTILATOR Specification

Energy Efficiency Rating
Highly Energy Efficient (uses no electricity)

Surface Finish
Smooth, UV Resistant

Air Flow Capacity
High, varies by model size

Motor Speed
Wind powered (variable speed)

Noise Level
Low/Minimal

Application
Air ventilation and extraction

Humidity Range
Suitable for humid environments

Features
UV Resistant, Corrosion Resistant, Lightweight, Durable, Weatherproof

Mounting Type
Roof Mounted

Filtration Property
No filters included

Shape
Cylindrical / Turbine shaped

Accessories
Mounting Hardware Included

Coverage Area
Depends on unit size and application

Type
Roof Ventilator

Capacity
Designed for continuous air flow

Installation Type
Roof Mounted

Usage
Industrial, Commercial and Residential Buildings

Function
Ventilation and Exhaust

About POLY CARBONATE VENTILATOR

Poly Carbonate Air Ventilator

It is important to offer the complete protection to the workers in any facility. We understand the high-end requirements of our clients therefore we bring forth custom designed FRP PC. Pre-stressed concrete sheets are highly applicable in many manufacturing and heavy duty industries. The quality of these sheets always remains the prime concern for many industries. Now with our FRP PC our customers need not to worry about roofing problems. These are highly durable and ready to offer longer functional life. We offer our FRP PC sheets in reasonable prices and customized drawings.

Exceptional Airflow and Efficiency

Polycarbonate Roof Ventilators are meticulously designed to promote continuous, reliable airflow for ventilation and exhaust purposes. These units harness the power of wind, eliminating the need for electricity and delivering impressive energy savings. Their aerodynamic turbine shape optimizes air extraction, helping maintain healthier and more comfortable environments in both large industrial spaces and smaller residential areas.

Rugged Build for Lasting Durability

Built from UV-resistant and corrosion-resistant polycarbonate, our ventilators withstand harsh weather conditions and exposure to aggressive environments. The smooth, lightweight structure not only simplifies installation but also ensures long-term functionality. Their weatherproof and durable construction minimizes maintenance, making them ideal for Indias diverse climates.

FAQs of POLY CARBONATE VENTILATOR:

Q: How does a Polycarbonate Roof Ventilator operate without electricity?

A: The ventilator utilizes wind energy to rotate its cylindrical, turbine-shaped body. As wind passes through, the ventilator spins, creating a vacuum effect that draws out hot, stale air continuously without any electrical input.

Q: What benefits can I expect from installing this ventilator in my building?

A: Youll experience enhanced air quality, reduced indoor heat, lower humidity levels, and minimal noise, all while keeping energy consumption at zero due to the wind-driven mechanism.

Q: Where can these roof ventilators be installed?

A: They are suitable for a range of applications, including industrial factories, commercial complexes, warehouses, and residential buildings. The ventilator is specifically intended for roof mounting on various structures.

Q: What is the installation process for the ventilator?

A: Installation is straightforward and typically involves securing the ventilator onto the roof using the provided mounting hardware. The process is usually completed by roofing professionals or fabricators familiar with roof-mounted ventilation systems.

Q: When should I consider using a polycarbonate ventilator?

A: These ventilators are ideal when you need improved air circulation and extraction in settings where humidity is a concern and energy efficiency is a priority. They are especially useful in areas with ample wind exposure.

Q: What maintenance is required for this ventilator?

A: Regular inspection for debris around the turbine and ensuring the unit spins freely is recommended. However, thanks to its durable, weatherproof construction, maintenance needs are minimal.