The design requirements for slope roof smoke vent are as follows:

1. The shape of the slope roof smoke vent is designed to be arc-shaped. The curved structure has low wind resistance, especially in areas with strong wind, which can play a good role in reducing the wind pressure on the roof vents.

2. Design requirements for the size of the throat of the slope smoke vent rooflight. The design of the throat of the roof smoke vent should be based on the plant area, the number of employees, the local climate and the surrounding conditions of the building. The larger the throat design, the larger the ventilation volume, which can effectively improve the indoor air collection and discharge capacity.

3. A booster air trough is set up along the slope smoke vent rooflight (also can be used as a drain). The booster wind channel can gather the wind on the roof and form a wind-up effect on the inside of the factory building, so that the indoor air is discharged from the bottom to the top.

4. Slope smoke vents prevent water leakage. The slope smoke vent rooflight has a certain height, and the prevention of rainwater infiltration has become a key issue. The use of full-structure waterproof technology can solve the problem of water leakage once and for all.

Slope smoke vent rooflight is a common type of energy-saving ventilation equipment in modern industrial plants. They do not rely on any electricity, and are mainly natural ventilation, energy-saving, environmentally friendly, green and healthy, and are more cost-effective than other ventilation facilities. A type of ventilation equipment that cannot be obtained in industrial plants.