The industrial roof vent is an important, indispensable part in the design of industrial park factories. However, some investors may not realize the importance of it, so they have not invested in installing a high-quality system. Let KTG Industrial share some information in the following article.
What is an industrial roof vent?
The industrial roof vent (or air vent, skylight) is a static detail often used to circulate air between the inside and outside of the factory. This part is located in the attic, below the roof.
The operating principle of the roof vent depends entirely on the movement of the wind direction. Specifically, the construction unit will arrange the vents in appropriate locations. From there, the factory can take in natural wind from the outside and effectively discharge heat from the inside.
The wind roof is an indispensable air circulation part for the factory
Effect of the factory wind roof
Besides supporting air circulation, the wind roofs provide other important tasks. Including:
Natural convection cooling system
Convection is the phenomenon of air movement when there is a difference in temperature. When the wind roof is placed in a reasonable position, the air flow inside and outside the factory continuously moves according to this convection phenomenon. This makes the air in the factory always cool and airy without having to arrange too many fans, air conditioners, …
Air circulation
When the machines in the factory operate simultaneously, the heat of the factory continuously increases. At this time, the fan system or air cooler may not be able to handle it in time, causing the temperature of the factory to heat up quickly. Therefore, the factory roof is the ideal solution to bring hot air out and create favorable conditions for natural cool wind to flow in.
Energy saving
How the roof system works is based on the principle of natural convection. Therefore, it will cost a fixed amount during construction, instead of monthly electricity maintenance payment.
Factory roof will save electricity fees
Good durability, less damage
The factory roof is a static system, not operating regularly like other equipment. Therefore, the business does not have to perform continuous maintenance, or if damage occurs, the replacement cost is quite affordable. However, it should be noted that the outer part of the wind canopy is directly exposed to dust, wind, rain, sunlight, etc., causing the possibility of damage and rust is higher than the inside part. Business owners should consider periodic quality inspections to promptly handle arising problems.
Creating a safe working environment
Due to the comfortable and airy air, workers in the workshop can work smoothly without feeling uncomfortable. Additionally, the wind canopy system reduces the risk of overheating, which affects the machine performance and causes danger to the operator.
Building a wind canopy properly helps ensure a safe working environment for workers
Structure of factory roof ventilation
The structure of factory roof ventilation includes the following basic parts:
- Roof frame: This is the main load-bearing part for the entire roof ventilation system. The frame is made of steel or aluminum to ensure durability.
- Roofing sheet: This is the detail that covers the roof ventilation, made of glass, steel or corrugated iron. It is tightly attached to the roof frame to effectively waterproof and provide natural light for the interior space.
- Counterweight system: This part is made of heavy metal, to limit the roof ventilation from moving out of the frame when a strong wind blows through.
- Ventilation system: This is a detail installed on the roofing sheet or roof frame, responsible for air conditioning in the factory. Including parts such as ventilation pipes, fans, ventilation slots, etc.
- Wind barrier system: This is a horizontal and vertical part on the roofing sheet, made of metal bars. Thanks to that, this system helps the wind roof withstand the force of the wind, thereby avoiding excessive shaking.
The basic wind roof structure includes the roof frame, roof panels, counterweight system, ventilation system and wind barrier system
Factory wind roof size
Depending on the area, scale and type of factory, there are different wind roof sizes. Some common factory wind roof sizes today are 600x600mm, 700x700mm, 800x800mm, 900x900mm. For example, large-scale heavy industrial factories require large-sized wind roofs to ensure circulation capacity and maintain cool temperatures.
Common types of factory wind roofs
There are 2 common types of wind roofs for factory architecture:
- Vertical wind roof: The corrugated iron on the wind roof system is tilted at a 90 degree angle to the roof. This helps the hot air inside push up to the roof, then quickly escape in a straight direction, through the gap in the skylight.
- Side vent roof: The corrugated iron sheet slopes down on both sides, creating conditions for hot air to escape from below and natural wind to blow in from above. In addition, rainwater slides down easily, avoiding seepage into the workshop.
Some notes when choosing a factory roof
When installing a roof vent system for a factory, investors/business owners need to note the following important things:
- Choose a suitable location to install the roof vent: There is a gap between the roof vent and the roof, so in addition to air, dust can also enter the workshop. Therefore, businesses should calculate the location of the roof vent to minimize factors affecting goods and machinery in the workshop.
- Consider combining with other cooling solutions: The roof vent system only works effectively when the wind is stable. Therefore, on hot and windy days, business owners can use ventilation fans, misting systems, etc. to achieve optimal cooling results.
- Choose a reputable construction unit: Investors should choose a professional construction unit with a team of skilled technicians. Thereby, business owners are advised on how to arrange the roof vent, how to use and maintain it, etc. appropriately.
Conclusion
The article has provided useful information about the roof vent system, helping businesses make appropriate decisions in factory design. In general, this is a very important detail, ensuring stable production activities.
