Key benefits Durable, corrosionresistant construction: made from 304 stainless steel for long service life in wet, humid, and corrosive production environments. Reliable contamination control: the microporous folded filter element improves air cleanliness to help protect product quality and equipment. Easy system integration: Tri Clamp design sized to match common fittings so you can add the filter without major rework. Main features and specifications Material: 304 stainless steel for strength and corrosion resistance. Connection: Tri Clamp filter design for hygienic clamp connections. Compatibility: fits 19 mm pipe with a ferrule OD of 50.5 mm and a barrel OD of 4' (102 mm). Filtration element: microporous folded element that enhances air cleanliness in process lines and vessel vents. How this product solves problems Reduces contamination risk by filtering air and vented gas streams, helping maintain product purity in food, beverage, and pharmaceutical processes. Protects downstream equipment and product batches from particulates and aerosols that can cause fouling or offspec product. Simplifies retrofitting into existing systems because of the common 19 mm and 50.5 mm ferrule sizing and standard 4' barrel OD. Typical applications and use scenarios Brewery headspace or tank venting: install on fermentation or bright tanks to keep airborne contaminants out while allowing pressure equalization. Dairy and food processing lines: protect product contact tanks and storage vessels from particulate ingress during filling and holding. Pharmaceutical or chemical production: use on process vents and vents on reactors or holding tanks where controlled air cleanliness is required. Industries served Beer and beverage production Pharmaceuticals Dairy and food processing Daily chemicals and care Machinery manufacturing Why choose this filter Combines common sanitary Tri Clamp dimensions with 304 stainless steel durability and a microporous folded element for improved air cleanliness and dependable performance in demanding production environments.