Composite air duct

Composite air duct glass fiber magnesium oxychloride cement ventilation duct, referred to as magnesium oxychloride ventilation duct, also known as modified inorganic fiberglass ventilation duct, is a new generation of environmentally friendly and energy-saving air duct that replaces iron air ducts and glass fiber air ducts. This product is composed of two layers of high-strength inorganic materials and a layer of insulation material as the base material, and is connected using adhesive technology and a special structural combination.
Composite air ducts are made of a variety of mixed materials, including phenolic glass magnesium and other air ducts. They are traditional air ducts that emerged in the 20th century, but in some specific venues, they are becoming more and more prominent. Disadvantages, the most prominent one is the cleaning problem. The fiber bag air supply system is a flexible air distribution system rr made of special fibers. It is a kind of air outlet end that replaces the traditional air supply duct, damper, diffuser, insulation material, etc. system. It is an air outlet terminal system that mainly relies on the unique air outlet mode of fiber penetration and nozzle jet to provide uniform linear air supply. Very easy to clean.
In terms of production, it looks like a large cloth bag, so in China, this system is often called cloth duct, bag duct, cloth quality duct, fiber cloth duct, etc. Of course, this is just a figurative statement, because the SOS system is not just an air duct. It not only plays the role of air flow transmission, but more importantly, it serves as an air supply device. The design of the SOS system directly affects the air supply of the entire space. Wind effect cooling\heating effect.
Its components mainly include
the entrance connection to other air ducts or equipment connection needs.
The perfect combination of the main ventilation duct and the air outlet.
The end ensures that the entire ventilation system will not release pressure.
The elbow tee has a variable diameter to meet various angles and various engineering site needs.