Functions:

1. Filtration efficiency: Effectively filters out small particles and contaminants in air or liquid.
2. Separation performance: Can separate solid particles or other impurities in mixtures.
3. Adsorption capability: Able to adsorb certain chemicals or harmful substances.

Characteristics:

Non-woven filter material exhibits the following characteristics:

1. High filtration efficiency: Provides excellent filtration performance, capturing tiny particles and pollutants effectively.
2. Good breathability: Offers sufficient air or liquid permeability, allowing for smooth passage through the filter material.
3. Chemical resistance: Resistant to various chemicals, reducing the risk of corrosion or degradation from chemical exposure.
4. Stability: Maintains stable physical properties, resistant to deformation or damage.

Specifications:

General specifications of non-woven filter material include:

1. Thickness: Usually measured in millimeters (mm), the material can be customized to different thicknesses based on specific requirements.
2. Pore size: Refers to the size of pores within the filter material, with different ranges available to meet various application needs.
3. Width and length: Offers a range of options for width and length to accommodate different sizes of applications.
4. Material: Non-woven filter material is typically made from polymer fibers or glass fibers.

Applications:

Non-woven filter material is widely used in various fields, including but not limited to:

1. Air filtration: Used in air purifiers, air conditioning systems, industrial emission control, etc.
2. Liquid filtration: Applied in drinking water treatment, industrial fluid filtration, pharmaceutical manufacturing, etc.
3. Wastewater treatment: Utilized in industrial wastewater treatment, sewage treatment facilities, etc.