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.
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
Reliable filter components and accessories designed for industrial filtration systems, supporting secure assembly, installation, maintenance, and long-term filter performance.
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
High-strength needle-punched filter media designed for pleated dust collection cartridges, providing reliable filtration, durability, and stable airflow performance.
FARRLEEY Filtration manufactures panel filter elements for industrial dust collection systems, including OEM replacement and customized filter designs.
From filter media and pleat geometry to mounting interfaces, sealing and structural details, each panel filter can be evaluated according to the existing equipment and actual operating conditions.
FARRLEEY Filtration provides pleated filter bags designed to replace conventional filter bag and cage assemblies in compatible industrial dust collectors.
The integrated pleated construction combines filtration media and structural support into one filter element, providing up to approximately 3–4× the filtration area of a conventional filter bag within the same installation space
FARRLEEY Filtration manufactures pleated filter cartridges for industrial dust collection systems, including OEM replacement and customized filter designs.With experience in both filter media and finished filter manufacturing, we can evaluate the cartridge as a complete filtration system—from media selection and pleat geometry to sealing, structural support and pulse-cleaning performance.
High-performance pleated filter elements designed for industrial air and dust collection, providing large filtration surface area, reliable particle capture, and stable airflow performance.
FARRLEEY Filtration supplies polyester (PET) needle-punched filter felt for industrial liquid filtration, offering a practical balance of mechanical strength, dimensional stability, dirt-holding capacity and convertibility.
Different media grades, nominal filtration ratings and surface finishes are available for filter bag manufacturing, filter press applications and other industrial liquid filtration processes.
1–200 μm Nominal Ratings · Surface-Finished Options · Rolls & Converted 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.
FARRLEEY Filtration supplies polypropylene (PP) needle-punched filter felt for industrial liquid filtration, offering a practical combination of chemical resistance, depth filtration, low moisture absorption and convertibility.
Different media grades, nominal filtration ratings and surface finishes are available for filter bag manufacturing, filter press applications and chemical, water and process-liquid filtration.
FARRLEEY Filtration provides TANNSON® sintered panel filters for demanding industrial dust collection applications, particularly fine-powder processes such as lithium battery manufacturing.
The rigid sintered structure is combined with PTFE surface filtration to maintain filter geometry and support effective dust release during pulse cleaning.