TOPRISE offers high-performance ridge ventilators designed for extreme weather conditions. Our ventilators utilize natural wind and temperature differences for optimal airflow. They effectively combine ventilation, exhaust, and lighting functions.
The ventilator consists of a main frame and a secondary frame. This design ensures stability and easy installation. Both frames are welded in our factory for a strong structure.
The main frame is integrated with the roof foundation. This seamless connection enhances the overall durability of the system. The side panels are made of pressed color steel sheets, and the edges are curved color steel sheets.
Our flashing is made of high-quality fiberglass. It has multiple functions, including lighting, smoke exhaust, and ventilation. In addition, deflectors are installed to prevent rain and snow from entering the room.
A gutter system is included to effectively manage rainwater. This design minimizes noise and prevents roof flooding. TOPRISE's ridge ventilators are ideal for a variety of industries, including power and metallurgy.
Product Parameters Table
| Parameter | Value |
| Product Name | High Performance Ridge Ventilator |
| Company Name | TOPRISE |
| Functionality | Ventilation, exhaust, and lighting |
| Main Structure | Main skeleton and secondary skeleton |
| Construction Material | Pressed color steel plates, fiberglass |
| Stability | Welded structure for durability |
| Rainproof Board Material | High-quality fiberglass panels |
| Additional Features | Deflectors, gutter system |
| Applications | Electricity, metallurgy, shipbuilding |
TOPRISE-M-14
(with or without damper) | Throat Width
(mm) | Throat Length
(mm) | Exhaust Area (m²) | Motor Power (kw/m) |
| 600 | 1200xn,
1500xn
(used in metal roof or concrete roof) | 0.30 | 0.12 |
| 800 | 0.35 | 0.12 |
| 900 | 0.40 | 0.12 |
| 1200 | 0.50 | 0.12 |
Features of High-Performance Ridge Ventilators for Extreme Weather
Dual-Frame Design:The ventilator has a main frame and a sub-frame. This design simplifies the delivery and installation process.
Welded Structure:Both the main frame and the sub-frame are welded in our factory. This ensures a strong and stable structure.
Integrated Foundation:The main frame is welded to the roof foundation. This integration enhances the overall durability of the system.
Durable Side Panels:The side panels are made of pressed color steel sheets. The edges are reinforced with curved color steel sheets for added strength.
High-Quality Flashing:The flashing consists of fiberglass sheets. It provides lighting, smoke exhaust, and effective ventilation.
Weather Deflector:Deflectors are installed to protect against rain and snow. This feature helps maintain a dry indoor environment.
Effective Gutter System:Gutters are integrated into the ventilator design. It directs rainwater away from the roof to minimize noise and flooding.
Advantages of High Performance Ridge Ventilator for Extreme Weather
Pre-Assembled Components：The new design reduces the number of fasteners by 67%. This makes assembly faster and easier.
Reduced Installation Time：Installation time is reduced by 50% compared to traditional multi-component products. This saves labor costs and improves efficiency.
High Wind Resistance:Designed to withstand wind speeds up to 130 MPH. This ensures reliability in adverse weather conditions.
Leading Warranty:Backed by the industry's top vent and wind warranty. This provides users with peace of mind.
All-Metal Construction:The all-metal design ensures weatherproof and insect-proof performance. This extends the life of the ventilator.
Weatherproof Tested:Passed the TAS 100(A) waterproof test. This guarantees effective weatherproofing in various environments
Applications of High Performance Ridge Ventilator for Extreme Weather
Power Industry:Applicable to power plants where ventilation is critical to safety and efficiency.
Metallurgy:Applicable to metallurgical facilities that require effective smoke and heat management.
Chemical Industry:Designed for chemical plants with specific ventilation needs to manage smoke.
Shipbuilding:Applicable to shipbuilding environments to ensure proper air circulation and safety.
Factories and Warehouses:Recommended for plants that do not emit a lot of hot air, with an air change rate of 6-10 times per hour.
Low Emission Plant:Applicable to plants that emit a small amount of hot air or smoke, requiring 10-20 air changes per hour.
Medium Emission Plant:Applicable to facilities that emit a medium amount of hot air, requiring 20-30 air changes per hour.
High Emission Plant
Best suited for plants that emit a lot of hot air or smoke, requiring 30-35 air changes per hour.
FAQs of High Performance Ridge Ventilator for Extreme Weather
1. How does the ventilator reduce installation time?
The ventilator uses pre-assembled components, which can reduce installation time by up to 50% compared to traditional multi-component products.
2. How wind-resistant is the ventilator?
The ventilator is designed to withstand wind speeds up to 130 MPH, ensuring reliable operation in severe weather.
3. What materials are used in the construction of the ventilator?
The ventilator uses an all-metal structure to ensure weatherproof, insect-proof and long-lasting performance.
4. How is the ventilator tested for weatherproof performance?
It has passed the TAS 100(A) water-proof test to ensure effective weatherproof performance.
5. What industries can this ventilator be used in?
It is suitable for a variety of industries such as power, metallurgy, chemicals and shipbuilding.