Camfil's clean air solutions are used globally to benefit human health, increase performance and reduce energy consumption in a wide range of air filtration applications.
The majority of Camfil's products can be found here, divided into a broad spectrum of product catagories.
Our high-quality, energy-saving filters help protect people, processes and products from particulate matter (PM). Choose from a wide variety of filters designs and classes – MERV 8 to MERV 16 per ASHRAE Filter Testing Standard 52.2 and ePM1 to ePM10 per ISO Filter Testing Standard 16890 to meet your specific application requirements.
Camfil’s clean air solutions help to protect sensitive advanced manufacturing processes, prevent microbiological contamination in research labs and eliminate infectious airborne contaminants in the healthcare sector. Our filters are tested and certified in accordance with the IEST Recommended Practice for Testing HEPA Filters (RP-CC034), to ISO Standard 29463 and EN Standard 1822.
Camfil high temperature filters are specially designed to protect processes at high temperatures. They meet the strictest requirements and maintain their integrity and rated performance values under extreme temperatures. Our high temperature filters are tested according to either EN779 and ISO 16890 or EN 1822:2009 and ISO 29463.
Camfil provides filters that can remove molecules, gases and vapors from the air through molecular filtration. Our molecular products are tested according to ISO 10121 or ASHRAE 145.2.
Camfil series of patented air cleaners and air purifiers come with the most efficient HEPA filters. They act as a complement to your existing ventilation system and provide reduced energy costs, more efficient production and a healthier working environment with less dust and fewer harmful particles.
Just about every manufacturing process creates some type of dust, mist or fume. Camfil APC makes a dust, mist or fume collector to fit just about any application.
Camfil’s high-quality filters and terminal housings are critical components of an optimal filtration solution. Designed for outstanding performance, they are tested to required standards such as ISO 10648, ISO 14644, EN 15722 and EN 1886 to guarantee high tightness and leakage classes.
Air inlet filtration systems are essential for the operation of gas turbines and other turbomachinery. We breathe about 15 kg of air each day while a 15 MW engine will ingest about 4,300 tons of air in the same day.
Pulse filters have a lower pressure drop through open pleat spacing, improving cleaning efficiency, and reducing energy costs through less compressed air consumption during cleaning in many applications.