Ultra-low resistance high-efficiency filter unit

The following is an introduction to the ultra-low resistance high-efficiency filter unit:
Working principle
Inertia and diffusion: Particles of dust in the airflow for inertial movement encounter the disorderly arrangement of fibers, the direction of the airflow changes, and the particles due to inertia deviate from the direction of the fiber bonded. Tiny particles of dust for irregular Brownian motion, the smaller the particles, the more intense the movement, the more chance to impact obstacles, and the better the filtration effect.
Electrostatic action: Fibers and particles may be charged to produce electrostatic effects, which significantly improve the filtration effect while keeping the material's resistance to static electricity unchanged.
Structural characteristics
Filter material selection: The use of synthetic materials with high fiber structure under nanotechnology, such as glass fiber filter paper, ultra-fine polypropylene filter paper, etc., has a good filtering effect on small floating dust and small wind resistance.
Design optimization: such as the use of multi-layer folding technology, increasing the filter area while maintaining low resistance, extend the service life.
Performance advantage
Low resistance: compared with the traditional filter, the wind resistance is significantly reduced, generally less than 35%, which can greatly reduce the power of the fan motor and reduce energy consumption.
High efficiency: For 1-5μm of particulate dust and a variety of suspended matter has a high capture efficiency, in the purification of the air conditioning system, can effectively reduce the load of high-efficiency filter, and extend its service life.
Large dust capacity: the windward side is large, can accommodate more dust, reduce the replacement frequency, and reduce maintenance costs.
Application field
Industrial production: widely used in electronics, pharmaceutical, food, and other industries clean room, to provide a clean air environment for product production, to ensure product quality.
Medical and health: Hospital operating rooms, wards, laboratories, and other places can filter bacteria, viruses, and dust in the air, reduce the risk of infection, and provide a healthy environment for patients and medical staff.
Public places: such as shopping malls, hotels, airports, subways, and other densely populated places can improve air quality, reduce the spread of germs, and provide people with a comfortable and healthy environment.
Care and maintenance
Regular inspection: Check the filter unit regularly to see whether the filter is damaged, blocked, etc., and if there is a problem, replace or clean in time.
Cleaning and replacement: According to the use of the environment and frequency, according to the manufacturer's recommended cycle of cleaning or replacement of the filter, the general replacement cycle of the filter is 3-6 months.