Filter design - Import export

Increase performance of your pneumatic systems Powering pneumatic machines requires clean and conditioned air or gas. Our pneumatic filters are designed to work together with regulators and lubricators (FRL units), to offer outstanding performance and a lower-cost alternative to traditional sintered-metal filters. Specifically designed to provide an excellent combination of particulate filtration, air flow and back pressure performance, while complying with strength and aesthetic requirements, these single-component molded filters: Meet your filtration requirements – Optimized design meets filtration, airflow and pressure drop requirements. Reduce costs – Sintered polymer filters are more cost-effective than sintered metal. Improve machine longevity – Design is optimized for reliability, efficiency and longevity of pneumatic machinery. Features Work together with regulators and lubricators (FRL units) to deliver clean and conditioned compressed air or gas Strong and rigid for...

Improve the efficiency of home heating systems Engineered for use in home heating systems, POREX® oil filters are designed in various shapes, sizes, and a range of filtration efficiencies to provide high oil-flow rates. With an insert-molded polypropylene (PP) base that is threaded for ease of cartridge connection, our filters are cost-effective and easy to replace. Specifically designed for home heating efficiency, our filters: Offer high flow rate s to optimize filtration efficiency. Save replacement time – Threaded base makes it easier to connect cartridge when replacing spent filters. Improve performance of home heating systems – Designs can be customized with multiple shapes, sizes and filtration efficiency options. Request Sample ask an engineer

Improve the efficiency of home heating systems Engineered for use in home heating systems, POREX® oil filters are designed in various shapes, sizes, and a range of filtration efficiencies to provide high oil-flow rates. With an insert-molded polypropylene (PP) base that is threaded for ease of cartridge connection, our filters are cost-effective and easy to replace. Specifically designed for home heating efficiency, our filters: Offer high flow rate s to optimize filtration efficiency. Save replacement time – Threaded base makes it easier to connect cartridge when replacing spent filters. Improve performance of home heating systems – Designs can be customized with multiple shapes, sizes and filtration efficiency options. Request Sample ask an engineer

Improve the efficiency of home heating systems Engineered for use in home heating systems, POREX® oil filters are designed in various shapes, sizes, and a range of filtration efficiencies to provide high oil-flow rates. With an insert-molded polypropylene (PP) base that is threaded for ease of cartridge connection, our filters are cost-effective and easy to replace. Specifically designed for home heating efficiency, our filters: Offer high flow rate s to optimize filtration efficiency. Save replacement time – Threaded base makes it easier to connect cartridge when replacing spent filters. Improve performance of home heating systems – Designs can be customized with multiple shapes, sizes and filtration efficiency options. Request Sample ask an engineer

Improve the efficiency of home heating systems Engineered for use in home heating systems, POREX® oil filters are designed in various shapes, sizes, and a range of filtration efficiencies to provide high oil-flow rates. With an insert-molded polypropylene (PP) base that is threaded for ease of cartridge connection, our filters are cost-effective and easy to replace. Specifically designed for home heating efficiency, our filters: Offer high flow rate s to optimize filtration efficiency. Save replacement time – Threaded base makes it easier to connect cartridge when replacing spent filters. Improve performance of home heating systems – Designs can be customized with multiple shapes, sizes and filtration efficiency options. Request Sample ask an engineer

Deliver precise doses while minimizing contamination in nasal inhalers Pharmaceutical and healthcare companies rely on Porex for customized antimicrobial filtering solutions for nasal inhalers and spray pumps. POREX ® filters are designed to prevent contamination of the pharmaceutical agent. Our nasal inhaler and spray pump filters: Facilitate cleaning filtration–Porous materials ensure pharmaceutical agent is free of contamination. Deliver preservative-free packaging–Antimicrobial additives in the structure of porous material helps maintain the sterility of the pharmaceutical agent. Offer optimized air flow performance as specified by the functional requirements of the specific device.

Deliver precise doses while minimizing contamination in nasal inhalers Pharmaceutical and healthcare companies rely on Porex for customized antimicrobial filtering solutions for nasal inhalers and spray pumps. POREX ® filters are designed to prevent contamination of the pharmaceutical agent. Our nasal inhaler and spray pump filters: Facilitate cleaning filtration–Porous materials ensure pharmaceutical agent is free of contamination. Deliver preservative-free packaging–Antimicrobial additives in the structure of porous material helps maintain the sterility of the pharmaceutical agent. Offer optimized air flow performance as specified by the functional requirements of the specific device.

Deliver precise doses while minimizing contamination in nasal inhalers Pharmaceutical and healthcare companies rely on Porex for customized antimicrobial filtering solutions for nasal inhalers and spray pumps. POREX ® filters are designed to prevent contamination of the pharmaceutical agent. Our nasal inhaler and spray pump filters: Facilitate cleaning filtration–Porous materials ensure pharmaceutical agent is free of contamination. Deliver preservative-free packaging–Antimicrobial additives in the structure of porous material helps maintain the sterility of the pharmaceutical agent. Offer optimized air flow performance as specified by the functional requirements of the specific device.

Deliver precise doses while minimizing contamination in nasal inhalers Pharmaceutical and healthcare companies rely on Porex for customized antimicrobial filtering solutions for nasal inhalers and spray pumps. POREX ® filters are designed to prevent contamination of the pharmaceutical agent. Our nasal inhaler and spray pump filters: Facilitate cleaning filtration–Porous materials ensure pharmaceutical agent is free of contamination. Deliver preservative-free packaging–Antimicrobial additives in the structure of porous material helps maintain the sterility of the pharmaceutical agent. Offer optimized air flow performance as specified by the functional requirements of the specific device.

Deliver precise doses while minimizing contamination in nasal inhalers Pharmaceutical and healthcare companies rely on Porex for customized antimicrobial filtering solutions for nasal inhalers and spray pumps. POREX ® filters are designed to prevent contamination of the pharmaceutical agent. Our nasal inhaler and spray pump filters: Facilitate cleaning filtration–Porous materials ensure pharmaceutical agent is free of contamination. Deliver preservative-free packaging–Antimicrobial additives in the structure of porous material helps maintain the sterility of the pharmaceutical agent. Offer optimized air flow performance as specified by the functional requirements of the specific device.

Deliver precise doses while minimizing contamination in nasal inhalers Pharmaceutical and healthcare companies rely on Porex for customized antimicrobial filtering solutions for nasal inhalers and spray pumps. POREX ® filters are designed to prevent contamination of the pharmaceutical agent. Our nasal inhaler and spray pump filters: Facilitate cleaning filtration–Porous materials ensure pharmaceutical agent is free of contamination. Deliver preservative-free packaging–Antimicrobial additives in the structure of porous material helps maintain the sterility of the pharmaceutical agent. Offer optimized air flow performance as specified by the functional requirements of the specific device.

Filter out contaminants during the dissolution testing process POREX ® Dissolution Filters are used in conjunction with pharmaceutical tablet and capsule products to help filter contaminates during the dissolution testing process. Heavy metal free POREX ® Dissolution Filters are available in cannula, circular/disk and filter frit designs in a wide variety of porosities and: Meet U.S. Pharmacopeia Standards for elemental impurities Can be used with molecular diagnostics, clinical IVD, infectious diseases and research applications. Will withstand automated assembly equipment and resist breakage due to strong, durable and lightweight construction. Are designed with chemically-resistant media which will tolerate most acids and bases. Offer instant pore size identification with color-coded resins. Cannula Filters POREX ® Cannula Filters are used on the end of a sampling cannula and feature a large surface area and optimized flow rate for an ideal choice in applications with a high...

Improve the efficiency of home heating systems Engineered for use in home heating systems, POREX® oil filters are designed in various shapes, sizes, and a range of filtration efficiencies to provide high oil-flow rates. With an insert-molded polypropylene (PP) base that is threaded for ease of cartridge connection, our filters are cost-effective and easy to replace. Specifically designed for home heating efficiency, our filters: Offer high flow rate s to optimize filtration efficiency. Save replacement time – Threaded base makes it easier to connect cartridge when replacing spent filters. Improve performance of home heating systems – Designs can be customized with multiple shapes, sizes and filtration efficiency options. Request Sample ask an engineer

Filter industrial wastewater with tubular membrane filters For micro and ultrafiltration of industrial wastewater, our POREX® tubular membrane filters (TMF) are designed to fit new and existing tubular membrane systems. During operation, a fluid - such as chemically pre-treated wastewater - flows through the cross-flow membrane tubes at high velocity, sufficient to maintain turbulent flow. Best used for industries including electroplating, microchip manufacturing and zero liquid discharge systems, our tubular membrane filters: Fit new and current tubular membrane installations Are highly durable - Strong membrane-to-tube bond ensures long service life, and tough membrane withstands sharp particles and strong cleaning regimens. Enhance wastewater system performance with backwashable capability Multiple configuration options to meet low to high flow requirements