Air & Dust Collection Filter Media

Product Range

Air & Dust Collection Filter Media

A complete media portfolio for air, dust and liquid applications, with custom treatments for high-efficiency, static-sensitive, moisture-heavy and high-temperature operating conditions.

Filter Media

Filter Media taxonomy from the client brief

The demo keeps the exact required product hierarchy while giving it a more technical, enterprise-grade presentation.

Cellulose Filter Media
Cellulose filter media is a widely used pleatable material for industrial dust filter cartridges, offering a practical balance of filtration performance, airflow, pleatability and cost.
FARRLEEY Filtration supplies cellulose and cellulose/synthetic filter media in different grades and treated configurations for dry dust collection and general industrial filtration applications.
Cellulose · Cellulose/Synthetic Blend · Treated Options
High Temperature Filter Media
High-temperature filter media is designed for industrial dust filtration applications where standard polyester media cannot meet the required operating temperature or process conditions.
FARRLEEY Filtration supplies pleatable high-temperature media based on different fiber and material systems, allowing the media to be selected according to temperature, gas chemistry, moisture, dust characteristics and cleaning conditions.
Aramid · PPS · PTFE · Fiberglass
Needle-Punched Pleatable Filter Media
High-strength needle-punched filter media designed for pleated dust collection cartridges, providing reliable filtration, durability, and stable airflow performance.
Polyester Spunbond Filter Media
Polyester (PET) spunbond filter media is widely used in pleated filter cartridges and industrial dust collection systems, offering a reliable balance of mechanical strength, dimensional stability, air permeability and pleatability.
Specialty Filter Media
Specialized filter media engineered for demanding filtration applications requiring enhanced particle capture, static control, moisture resistance, flame resistance, or other application-specific performance.