
Good Pleatability
Suitable media structure supports efficient pleating and conversion into industrial filter cartridges.
Cost-Effective Filtration
A practical choice for many general dry-dust applications where balanced performance and cost are important.
Balanced Airflow & Filtration
Different media grades can be selected according to required airflow, pressure drop and filtration performance.
Multiple Media Options
Cellulose/synthetic blends and treated grades are available for applications requiring enhanced performance.
| Property | Typical Specification |
|---|---|
| Base Material | Cellulose / Cellulose-Synthetic Blend |
| Media Construction | Pleatable Filter Paper |
| Typical Application | Industrial Dust Filter Cartridges |
| Dust Conditions | Primarily Dry Dust |
| Functional Options | Blend / Treated Grades / Other Options |
| Supply Form | Rolls / Pleated Media / Pleat Packs |
| Customization | Grade / Dimensions / Converting Requirements |
Note: Specifications vary by media grade and treatment. Contact us for the appropriate specification for your application.
Cost-effective pleatable media for suitable dry-dust collection applications.
Available for selected dry particulate applications according to dust characteristics and system requirements.
Suitable grades can be selected for general dry powder collection.
For filter manufacturers and replacement cartridge production requiring pleatable filter paper.
Standard Cellulose
General-purpose pleatable filter paper for dry industrial dust collection and filter cartridge manufacturing.
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Cellulose / Synthetic Blend
Combines cellulose with synthetic fibers to provide an alternative performance balance for selected applications.
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Treated Cellulose Media
Treated grades can be evaluated where additional media properties are required for the operating conditions.
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FARRLEEY Filtration combines filter media supply with practical filter manufacturing experience, helping us evaluate cellulose media not only by material specifications, but also by pleatability, airflow, filtration area and finished-filter requirements.