Carbon pleated filter

Pleated panel activated carbon air filter can choose filter grade: G3, G4

Comply with fire classification standard European DIN53438-F1 and American UL900-CLASS2-primary filter

The outer frame is made of hard paper frame or aluminum profile, and the activated carbon non-woven chemical fiber cloth is folded and formed.

The outer frame is sturdy and detachable: It adopts a sturdy plate-type aluminum alloy frame, with aluminum alloy corners or plastic corners, and the structure is firm and stable, ensuring that the filter screen will not be deformed or damaged under poor working conditions, and the outer frame adopts a detachable design , it is convenient to replace the filter material to achieve the purpose of frame reuse.

Advantage

Lightweight plate structure, easy to carry and install, high-quality activated carbon synthetic fiber filter material, low initial resistance, large dust holding capacity, strong dustproof performance, and effectively remove peculiar smells and harmful gases in the air.

The activated carbon primary filter series is mainly suitable for filtering large-diameter dust particles. It is made of non-woven fabrics, glass fibers and synthetic fibers through special blending, or polyester fibers are used as filter materials.

There are 1-inch (21, 25mm), 2-inch (46mm) and 4-inch (96mm) different thicknesses to choose from, 1-inch with flat structure, 2-inch and 4-inch with pleated structure.

Application

Initial effect Pleated panel activated carbon air filter used in clean return air system

Office buildings, conference rooms, hospitals, shopping malls, airports and other large-scale civil buildings ventilation and air conditioning systems, general industrial plants or clean room central air conditioning and centralized ventilation system pre-filtration.

The activated carbon filter material used in the filter has strong surface adsorption capacity and can effectively remove odors. It is suitable for various air conditioning and ventilation systems, and has excellent effects in dealing with odors and air pollution in air conditioning and ventilation systems.

Electronic technology, medicine and health, biological products, food and beverage, mechanical and electrical engineering equipment, precision instruments, metallurgy and chemical industry, painting, air conditioning, printing, environmental protection industries, etc.