100 Jahre sind ein bemerkenswert langes Leben - für einen Menschen oder ein Unternehmen. Nur sehr wenige Menschen erleben ihren 100. Geburtstag, und die meisten Unternehmen überleben nicht einmal 100 Tage. Im Jahr 2021 feiern wir mit Stolz das 100-jährige Bestehen von AAF.
Damals, im Jahr 1921, war der Erste Weltkrieg noch in den Köpfen der Menschen, und die industrielle Revolution hatte einen Großteil der Welt von einer auf der Landwirtschaft basierenden Wirtschaft in eine auf der Fertigung basierende Wirtschaft verwandelt. Der Ingenieur und Unternehmer Bill Reed lackierte in seiner Werkstatt in Louisville, KY, Automobile. Weil er sich über den Staub ärgerte, der seine Arbeit verunreinigte, fügte Reed Stahlwolle zwischen zwei Lagen Hühnerdraht und in einen Holzrahmen ein und erfand damit einen Luftfilter, der das Spiel verändern sollte.
Als er entdeckte, dass seine Erfindung nicht nur in der Automobilindustrie, sondern auch in anderen Bereichen beliebt war, gründete Reed die Reed Air Filter Company. Das Unternehmen richtete 1924 seine ersten Büroräume und eine Produktionsstätte in der Central Avenue ein. Fünf Jahre später fusionierte Reed sein Unternehmen mit sieben anderen Herstellern zur American Air Filter Company, kurz AAF.
Begleiten Sie uns, wenn wir mit Stolz auf ein Jahrhundert an Innovationen in der Luftfiltration zurückblicken und in die Zukunft sauberer Luftlösungen für alle Orte blicken, an denen Sie arbeiten, leben und spielen.
1921 | Bill Reed founds Reed Air Filter Company and manufactures the first commercial air filter in Louisville, KY USA, the Reed Air Filter. |
1924 | Akira Yamada founds Osaka Kinzoku Kogyosho Limited Partnership, the company that would later become Daikin, in Osaka; company begins production of aircraft radiator tubes and other products. |
1929 | Reed Air Filter Company merges with seven leading air filter manufacturers to form American Air Filter Company Inc. |
1932 | Introduced the Type D RotoClone, a revolutionary breakthrough in dust control. |
1935 | Daikin succeeds in fluorocarbon synthesis, begins mass production in 1942. – how to make this clear? |
1936 | American Air Filter (AAF) introduces the first high-efficiency box‐style filter. |
1941-1942 | AAF expands production in Louisville, KY by opening 2 more plants. |
1950 | AAF introduces fiberglass replacement filters to the residential market. |
1950 | Flanders Filters founded by A.R. Allan, Jr. to supply filters to the Atomic Energy Commission. |
1951 | Daikin begins production of packaged air conditioners. |
1950s | American Air Filter expands into Canada and Europe. |
1953 | AAF introduces Roll‐O‐Mat®, the first automatic self‐renewable media filter. |
1954 | First reverse-jet dry fabric dust collector introduced. |
1961 | AAF introduces DriPak®, the first bag‐style filter. |
1963 | AAF introduces VariCel®, the first modern high‐efficiency box‐style filter. |
1964 | AAF introduces the AstroCel® HEPA filter. |
1964 | Flanders becomes the first filtration company to also make their own HEPA media, leading to the first separator – less HEPA filter in 1968. |
1965 | AAF’s first gas turbine filtration installation. |
1966-1968 | AAF opens plants and begins manufacturing filters in Europe, Asian headquarters established later in 1970. |
1969 | NASA lunar module uses AAF filters in Apollo 11 mission to moon. |
1969 | Flanders develops the first fluid seal for HEPA filters and later developed the first silicone-based seal in 1986. |
1970 | AmerKleen line of diesel engine intake filters and housings developed. |
1978 | AAF introduces first V‐Bank HEPA filter. |
1978 | Flanders makes the first ULPA filter. |
1979 | Filtration systems provided for nuclear reactor accident at Three Mile Island. |
1982 | Daikin develops Japan’s first Variable Refrigerant Volume (VRV) system. |
1988 | AAF pioneers HEPA technology in gas turbines. |
1989 | AAF introduces VariCel® II, the first high‐efficiency mini‐pleat 4″ deep filter. |
1991 | Daikin establishes Daikin America, Inc. |
1993 | Flanders supplies HEPA filters to the International Space Station. |
1996 | Flanders Filters expands into the retail market. |
1997 | First modular expandable baghouse. – P&I |
1999 | AAF begins development of PTFE filters with Daikin Industries. |
2000 | AAF introduces PerfectPleat®, the first self‐supported pleated filter. |
2002 | AAF expands production in China. |
2005 | Expanded Gas-Phase product line. |
2006 | AAF becomes member of Daikin Group. |
2009 | AAF introduces MEGAcel® I, first HEPA filter with ePTFE filtration technology. |
2013 | AAF introduces MEGApleat® filter. |
2014 | AAF introduces VariCel® 2+ filter with Impress® Technology. |
2015 | AAF acquires and opens a network of service operations and warehouses across the US. |
2016 | AAF merges with Flanders to form AAF Flanders in U.S. |
2016-2020 | AAF introduces software and technology packages such as TCO Diagnostic® , Sensor360®, and VisionAir™ Clean – check on all technologies |
2016 | AAF opens Clean Air Innovation & Research Center in Jeffersonville, IN. |
2016 | AAF introduces REDClean Media®, the advanced filtration technology product range that optimizes dust collector’s performance |
2016 | AAF Acquires Dinair Group AB to form one of the strongest networks within Europe’s filtration industry |
2017 | AAF introduces N-hance® the world’s first E12 high velocity filter for gas turbines offshore |
2017 | AAF acquires RIS Facility Management GmbH, a leading provider of Indoor Air Quality services in Germany |
2019 | AAF expands its dust collection portfolio by launching new Plug&Play filtration units to meet the needs of different key industrial markets |
2020 | AAF develops study at CAC that demonstrates AAF filters are effective against coronavirus surrogate viruses. |