Ridge vent

About Ridge vent

Hat Top Airflow Ridgevent:

- Features two louver exhaust plates parallel to the roof slope, designed in a hat-style cavity

- Made with color-coated galvanized steel, Color coated Galvalume, and galvalume to customer specifications

- Simple installation on any roof profile design, including older profiles

- Maintenance-free due to its long life-cycle performance

Features and Benefits:

- Provides continuous high natural airflow

- Five meters of Airflow Ridgevent equivalent to 2 whirlybirds

- Decreases internal pressure of structures

- Available in color-coated steel for installation on all roofing profiles

- Improves and maintains a comfortable living environment

- No power, moving parts, or noise

- Maintenance-free with no clogging

- Maintains a clean, attractive roofline, hidden underneath louvers ridge cap

- Extends the life of the building through natural air circulation

- Actively prevents the build-up of mold within the ceiling cavity, offering numerous health benefits

- Located at the peak of the roof for maximum effectiveness, virtually invisible from ground level

- Easy installation on existing old roofing structures

- Made in India

Difference between Hat Top Ridgevent and Turbo Ventilators:

Hat Top Airflow Ridgevent:

- Installed at the apex portion of the roof, precisely where they provide the most benefit

- Simple installation without puncturing or cutting sheets in between roof slope

- Long durable life with no rotating parts

- Maintains a clean, attractive roofline for all types of industrial buildings

- Easy installation on any/all Roof profile designs and on old existing profiles

- Best for planning solar panel installation in the future, due to its ideal peak installation position

- Maintenance-free with a long performance life cycle

- Low volume, less transportation cost, additional savings

- Can perform in high wind areas

- Fast and easy installation with throughout ridge length ventilation

- Best for slope-type roof buildings

Turbo Ventilators:

- Requires puncturing or cutting sheets in between the roof slope for installation

- Failure of workmanship can result in leakage

- Moving parts require wind to be effective and wear out over time

- Projected conical dome in between roofline

- Turbo base needs a matching roof profile design

- Puncture of the roof slope at regular intervals creates hurdles for future solar panel installation planning and potential leakage

- Requires maintenance and monitoring due to rotating parts and FRP or polycarbonate base

- Patch-wise dome section in the middle of a roof slope

- High volume, more transportation cost

- May be vulnerable to toppling over in high windy areas

- Installation takes more time and is costly with patch-wise ventilation

- Maintenance or performance failure can be a big issue in the case of high-rise industrial buildings

- Better option for flat roof buildings