Camfil standard-capacity Absolute® filters are manufactured from the highest quality components, under demanding quality control conditions, and they are certified to ensure performance in the most critical of applications.

The XS is available in efficiencies from 99.97% to 99.999% on 0.3 micron particles. Typical applications include medical facilities, pharmaceutical manufacturing, electronic component manufacturing, food and dairy processing facilities and many other locations where ultra-clean air is a requirement.

Camfil high-capacity Absolute® filters are manufactured from the highest quality components, under demanding quality control conditions, and are certified to ensure performance in the most critical of applications.

The XH is available in efficiencies from 99.97% to 99.999% on 0.3 micron particles. The XH is your choice for HEPA level air filtration in applications wherein ultra-clean air, increased airflow capacity and energy-savings are critical.

The Camfil PS Absolute® offers HEPA level efficiencies for pharmaceutical, medical, and research facilities. Its wood frame makes it ideal for disposal through incineration or compacting.

A high-quality, medium-density fiberboard (MDF) frame assembled with Camfil’s unique potting process.

The Camfil PH Absolute® offers HEPA level efficiencies for pharmaceutical, medical, and research facilities. Its wood frame makes it ideal for disposal through incineration or compacting.

A high-quality, medium-density fiberboard (MDF) frame assembled with Camfil’s unique potting process.

.

Filter efficiency without compromise. Low outgassing, chemically resistant, hydrophobic and durable.

Camfil’s e-PTFE filters have been developed specifically for the most demanding high efficiency filtration applications. High Media Mechanical Strength, the e-PTFE filter incorporates a durable ULPA grade polytetraflouroethylene media. The media offers a high tensile strength, and is resistant to damage during shipping, handling, installation and application. The media is also chemically-resistant, hydrophobic and will not shed. Media pack depths of 1.77” (45 mm) and 2.67” (68 mm) are available to fit a wide variety of airflow requirements.

Clean consistent performance throughout the life of the filter through the use of CMS™ (CMS– Controlled Media Spacing).

Camfil Megalam™ Panel Filters provide fine airborne particulate control to meet the requirements of today's high technology cleanrooms, clean benches, and clean air devices. With configuration and performance flexibility, the Megalam Panel will provide the highest level of protection for product processes and personnel.

Micretain

Camfil Micretain® air filters are manufactured from the highest quality components, under demanding quality control conditions, for application in critical environments where sub-micron particle capture is important.

With an efficiency of 95% on 0.3 micron particles, the Micretain will capture 99% of all bacteria1. The Micretain also offers a lower resistance to airflow than HEPA filters. Typical applications include medical facilities, pharmaceutical manufacturing, electronic component manufacturing, food and dairy processing facilities, and many other locations where ultra-clean air is a requirement.

Filtra 2000™

The Camfil Filtra 2000™ provides high-efficiency particulate air filtration for critical application processes. With more than double the media of standard HEPA filters, critical airflow and energy savings are always optimized.

Critical airflow and energy savings are optimized, operating at airflow capacities of up to 2400 cfm.

Ultra-Pac

Ideal for use in existing systems that require increased airflow or as an energy saving alternative to standard filter configurations. Incorporating Camfir’s exclusive Close-Pleat technology, the Ultra-Pac may be installed to increase filtration efficiency in an existing system, without modifications to the filter holding mechanism.

The Camfil Ultra-Pac offers high-efficiency air filtration in a lower pressure drop design. It is ideal for HVAC applications, medical facilities, food processing, pharmaceutical and semiconductor manufacturing and other locations where clean air and energy savings are critical to system operation.