Tailored Filtration, Unmatched Efficiency

Industrial filter fabrics are widely used in dust filtration, liquid filtration, and air filtration applications, and are indispensable key materials in modern environmental protection projects, industrial production, and process control systems. Their performance directly affects filtration efficiency, energy consumption, and the long-term operational stability of filtration systems.

Application Industries

Dust Filtration

  • Cement, steel, metallurgy, chemical industry, asphalt mixing plants, and dust collection systems in the power generation industry.

Liquid Filtration

  • Chemical liquid filtration, food and beverage processing, pharmaceutical industry, and wastewater treatment.

Air Filtration

  • Industrial ventilation, HVAC systems, cleanrooms, and environmental protection projects.

Common Filter Fiber Materials and Their Characteristics

Through the scientific and proper selection of fiber materials, fabric structures, and specialized finishing treatments, industrial filter fabrics can achieve an optimal balance among filtration accuracy, air permeability, temperature and chemical resistance, mechanical strength, and service life, thereby meeting the comprehensive requirements of efficient filtration, stable operation, and cost optimization under different operating conditions.

Fiber TypeKey CharacteristicsTypical Applications
Polyester (PET)High cost-performance ratio, good abrasion resistance, excellent dimensional stabilityAmbient-temperature dust filtration, air filtration
Polypropylene (PP)Excellent acid and alkali resistance, low density, non-hygroscopicChemical liquid filtration, wet filtration
Polyamide (PA / Nylon)High mechanical strength, excellent wear resistanceFiltration under high mechanical load
PPSExcellent high-temperature resistance, outstanding chemical resistanceCoal-fired power plants, waste incineration
PTFE (Teflon)Exceptional high-temperature and chemical resistance, non-stick surfaceHigh-end dust collection, highly corrosive operating conditions
Nomex® (Aramid)Good heat resistance, flame retardantAsphalt plants, steel industry
P84®High specific surface area, very high filtration efficiencyUltra-fine dust filtration
FiberglassExcellent high-temperature resistance, good dimensional stabilityHigh-temperature flue gas filtration
Basalt FiberHigh-temperature resistance, excellent chemical stabilityHigh-temperature environmental filtration

Selection of Filter Fabric Type

Woven or Nonwoven?

Nonwoven Filter Fabric

Nonwoven fabric is a fibrous network material that does not require spinning or weaving. It is formed into a stable three-dimensional structure by mechanically needle-punching, thermal bonding, chemical bonding, or hydroentangling the fibers. Nonwoven fabrics are widely used in industrial dust collection, liquid filtration, and air filtration.

Among them, needle-punched felt features a unique fiber structure that allows the fabric to efficiently capture fine particles while maintaining low pressure drop and excellent cleaning performance after cake formation, thereby extending service life and improving overall filtration system efficiency. Needle-punched felt can be further enhanced through various post-treatments—such as PTFE coating, anti-static treatment, water and oil repellency, singeing, or calendering—to improve performance and broaden its range of applications.

Woven Filter Fabric

Woven filter fabric is a type of industrial filtration material made by weaving spun yarns. It is characterized by a regular fiber arrangement and precisely controllable pore size, allowing it to maintain stable filtration performance in high-intensity, long-term industrial operations. Compared to nonwoven fabrics, woven filter cloth offers significant advantages in dimensional stability, consistent filtration precision, and resistance to mechanical stress, making it widely used in both liquid and gas filtration systems.

Tailored Filtration Solutions

Professionalism, Experience and Strength

Filmedia® is dedicated to providing global industrial customers with high-performance, long-service-life, and reliable filter fabric solutions. Leveraging extensive industry experience and a comprehensive material portfolio, we offer one-stop filtration solutions tailored to different applications—covering material selection, structural design, and specialized finishing processes—to help customers achieve higher filtration efficiency and lower operating costs.

Project Analysis

Before customization, we conduct an in-depth analysis of the client’s filtration requirements.

Material Selection

Materials are carefully chosen to meet operational requirements and achieve optimal filtration efficiency and durability.

Structural Design

Filter fabric structure is designed according to the filtration target and equipment type.

Professional Processing Technology

Advanced processing and post-treatment techniques enhance performance and expand applicability.