While the construction of industrial plants is booming, it also promotes the rapid development of the roof smoke ventilator industry. Many people saw the development prospects of the skylight industry and entered the market one after another, which led to the uneven quality of smoke exhaust and lighting skylights on the market. The snow-proof thin ventilation and smoke-exhaust skylight produced by McWee is well received by designers, owners and general contractors. So what is it outstanding? Today, I will analyze it.

1. Production method

Some small manufacturers with weak comprehensive strength adopt the family workshop production method, that is, use backward production equipment and manual production. Mcwell uses advanced production equipment such as CNC laser cutting machine, CNC laser bending machine, KUKA robot, etc. The quality is less affected by artificial factors, the details of workmanship are more exquisite, and the natural service life is longer. 

2. Waterproof technology

Most manufacturers of smoke ventilator still use the silicone waterproofing technology, which has potential water leakage risks, when producing thin roof ventilated skylights, which invisibly increases the cost and risk of later operation of the plant. And McWee adopts the patented technology of "full structure waterproof", which eliminates the hidden danger of leakage. Because the production of ventilation and lighting skylights eliminates the use of silica gel, it relies entirely on its own structure for waterproofing.

3. Ventilation and exhaust efficiency

The snow-proof thin electric smoke vent skylights produced by manufacturers have only one layer of weatherproof panels, and the rain-proof performance is not good. At the same time, the effective ventilation and smoke-exhaust area is usually 30%; The design of layered flashing board improves the rainproof performance. At the same time, the internal structure of the skylight is designed and optimized, so that the airflow moves obliquely upward, which reduces the kinetic energy loss when the airflow passes through the skylight, thereby increasing the effective ventilation and smoke exhaust area. The ventilation and smoke exhaust area can really reach more than 50% of the window type.