Media filters - Import export

A comprehensive porous material solution As a complete porous materials solution, POREX® bioprocessing media provide critical functionality and performance in single-use bioprocessing applications. Our bioprocessing media and filters: Are robust and easily incorporated using common techniques such as press-fitting, heat-staking and ultrasonic welding. Ensure performance, accuracy and reproducibility–Certified Pure POREX™ materials and filters are rigorously tested and qualified by independent analytical, clinical and life cycle microbiology laboratories to help insure the purity demanded in bioprocessing applications. Comply with regulatory standards–POREX ® bioprocessing media and filters are USP Class VI, Gamma sterilization and TSE/BSE compliant. Applications Include Spargers Prefilters Wicks Vents Tangential flow filters Floating filters Formats Available Sheets Tubes Complex three-dimensional structures Material Offering Advanced porous materials (PE, PP) Porous PTFE...

Increase containment of dialysis system media Designed for depth filtration efficiency, fluid flow, back pressure and excellent chemical and physical resistance, POREX ® retention filters provide specified containment of dialysis system media, such as those that utilize concentrated liquid sodium bicarbonate. Trusted by manufacturers around the world, our customized retention filters: Provide specific containment–Customized filters provide containment of dialysis system media, including those systems that use concentrated liquid sodium bicarbonate. Increase filtration efficiency– Designed for depth filtration, fluid flow, back pressure and excellent chemical and physical resistance of dialysis media. The depth filter provides a more complete and secure filtration vs. typical screen filters. Can be customized –Tailored to accommodate specific device design requirements of dialysis media.

Increase containment of dialysis system media Designed for depth filtration efficiency, fluid flow, back pressure and excellent chemical and physical resistance, POREX ® retention filters provide specified containment of dialysis system media, such as those that utilize concentrated liquid sodium bicarbonate. Trusted by manufacturers around the world, our customized retention filters: Provide specific containment–Customized filters provide containment of dialysis system media, including those systems that use concentrated liquid sodium bicarbonate. Increase filtration efficiency– Designed for depth filtration, fluid flow, back pressure and excellent chemical and physical resistance of dialysis media. The depth filter provides a more complete and secure filtration vs. typical screen filters. Can be customized –Tailored to accommodate specific device design requirements of dialysis media.

Increase containment of dialysis system media Designed for depth filtration efficiency, fluid flow, back pressure and excellent chemical and physical resistance, POREX ® retention filters provide specified containment of dialysis system media, such as those that utilize concentrated liquid sodium bicarbonate. Trusted by manufacturers around the world, our customized retention filters: Provide specific containment–Customized filters provide containment of dialysis system media, including those systems that use concentrated liquid sodium bicarbonate. Increase filtration efficiency– Designed for depth filtration, fluid flow, back pressure and excellent chemical and physical resistance of dialysis media. The depth filter provides a more complete and secure filtration vs. typical screen filters. Can be customized –Tailored to accommodate specific device design requirements of dialysis media.

Recover filtrates and particulate retentates thoroughly and quickly Used for high recovery of filtrates and particulate retentates, POREX® deep well filter media are designed for high-throughput sample processing. Our POREX deep well filter plate media features: High sample recovery for many processing techniques including filtration, vacuum filtration, centrifugation or other positive pressure techniques Minimal contamination–Porous material structure prevents cross talk between adjacent well walls. Proprietary surface modification – Materials allow multiple functionalities or sorbent addition, including CPG, carbon C18 or C8, and media is suitable for vacuum filtration, centrifugation or other positive pressure techniques. Tested by independent laboratories - Certified pure materials ensure performance, accuracy and reproducibility. Features Certified Pure Porex™ Materials Filter Media Purity – no material additives or contaminants No Heavy Metal Interference No other...

Ensure sample purity for microfluidic diagnostic systems POREX ® microfluidic media and filters provide sample filtration and absorption, particulate capture, debubbling, venting, fluid metering, and separation for real-time, PCR and molecular diagnostics systems. Our highly specialized, pure materials and media are critical to the function of lab-on-a-chip, molecular diagnostics, and POC analysis solutions by: Minimizing interference with critical samples and assays – Certified Pure POREX® materials certified by independent test labs ensure optimal performance, accuracy and reproducibility. Making manufacturing easier – Our components can be easily inserted into your device using common manufacturing techniques including press fitting, heat staking and ultrasonic welding. Providing customized material solutions – Our proprietary material technology expertise can help find the right material solution for any microfluidic component need. Applications Sample...

Increase containment of dialysis system media Designed for depth filtration efficiency, fluid flow, back pressure and excellent chemical and physical resistance, POREX ® retention filters provide specified containment of dialysis system media, such as those that utilize concentrated liquid sodium bicarbonate. Trusted by manufacturers around the world, our customized retention filters: Provide specific containment–Customized filters provide containment of dialysis system media, including those systems that use concentrated liquid sodium bicarbonate. Increase filtration efficiency– Designed for depth filtration, fluid flow, back pressure and excellent chemical and physical resistance of dialysis media. The depth filter provides a more complete and secure filtration vs. typical screen filters. Can be customized –Tailored to accommodate specific device design requirements of dialysis media.

Protect automotive fluid reservoirs For automotive fluid reservoirs, manufacturers trust POREX hydrophobic and oleophobic PTFE vents and fiber media filters. Compared to competitive products, our vents: Feature robust POREX Virtek™ PTFE – Pure PTFE media is extremely hydrophobic. It features high temperature resistance and can be directly welded to caps or enclosures. Can be customized – Self-supporting filter media can be customized into many shapes.

Protect automotive fluid reservoirs For automotive fluid reservoirs, manufacturers trust POREX hydrophobic and oleophobic PTFE vents and fiber media filters. Compared to competitive products, our vents: Feature robust POREX Virtek™ PTFE – Pure PTFE media is extremely hydrophobic. It features high temperature resistance and can be directly welded to caps or enclosures. Can be customized – Self-supporting filter media can be customized into many shapes.

Protect automotive fluid reservoirs For automotive fluid reservoirs, manufacturers trust POREX hydrophobic and oleophobic PTFE vents and fiber media filters. Compared to competitive products, our vents: Feature robust POREX Virtek™ PTFE – Pure PTFE media is extremely hydrophobic. It features high temperature resistance and can be directly welded to caps or enclosures. Can be customized – Self-supporting filter media can be customized into many shapes.

Protect automotive fluid reservoirs For automotive fluid reservoirs, manufacturers trust POREX hydrophobic and oleophobic PTFE vents and fiber media filters. Compared to competitive products, our vents: Feature robust POREX Virtek™ PTFE – Pure PTFE media is extremely hydrophobic. It features high temperature resistance and can be directly welded to caps or enclosures. Can be customized – Self-supporting filter media can be customized into many shapes.

Greater efficiency high performance separation media Our oil separation media feature a unique bonded fiber technology that can perform the function of multiple layers of traditional filter media, efficiently separating oil mist from the air stream. Our bonded fiber can also separate water from diesel and other fuels. With its gradient density structure, our reliable, efficient media can replace several layers of traditional media used in water separation. Specifically designed to reduce vehicle emissions and to improve performance, our powertrain filters come in two different types of solutions that can be provided in both custom and standard options: Our unique bonded fiber structure can efficiently separate over 95% of oil mist from oil reservoir fumes. Efficiently removes water from fuel streams that can cause issues with injectors and engines Increase efficiency, as POREX ® media can perform the function of multiple layers of traditional separation filter media request...

Greater efficiency high performance separation media Our oil separation media feature a unique bonded fiber technology that can perform the function of multiple layers of traditional filter media, efficiently separating oil mist from the air stream. Our bonded fiber can also separate water from diesel and other fuels. With its gradient density structure, our reliable, efficient media can replace several layers of traditional media used in water separation. Specifically designed to reduce vehicle emissions and to improve performance, our powertrain filters come in two different types of solutions that can be provided in both custom and standard options: Our unique bonded fiber structure can efficiently separate over 95% of oil mist from oil reservoir fumes. Efficiently removes water from fuel streams that can cause issues with injectors and engines Increase efficiency, as POREX ® media can perform the function of multiple layers of traditional separation filter media request...

Greater efficiency high performance separation media Our oil separation media feature a unique bonded fiber technology that can perform the function of multiple layers of traditional filter media, efficiently separating oil mist from the air stream. Our bonded fiber can also separate water from diesel and other fuels. With its gradient density structure, our reliable, efficient media can replace several layers of traditional media used in water separation. Specifically designed to reduce vehicle emissions and to improve performance, our powertrain filters come in two different types of solutions that can be provided in both custom and standard options: Our unique bonded fiber structure can efficiently separate over 95% of oil mist from oil reservoir fumes. Efficiently removes water from fuel streams that can cause issues with injectors and engines Increase efficiency, as POREX ® media can perform the function of multiple layers of traditional separation filter media request...

Greater efficiency high performance separation media Our oil separation media feature a unique bonded fiber technology that can perform the function of multiple layers of traditional filter media, efficiently separating oil mist from the air stream. Our bonded fiber can also separate water from diesel and other fuels. With its gradient density structure, our reliable, efficient media can replace several layers of traditional media used in water separation. Specifically designed to reduce vehicle emissions and to improve performance, our powertrain filters come in two different types of solutions that can be provided in both custom and standard options: Our unique bonded fiber structure can efficiently separate over 95% of oil mist from oil reservoir fumes. Efficiently removes water from fuel streams that can cause issues with injectors and engines Increase efficiency, as POREX ® media can perform the function of multiple layers of traditional separation filter media request...

Separate water easily from your oil and gas streams From bonded fiber to sintered porous media, Porex creates media to separate or filter water from oil and gas streams. Specifically designed for your oil and gas application, our water separation media: Reduce material usage - Porex bonded fiber material products can replace the need for multiple medi layers commonly found in oil/water separation filters. Self support - Filters can be self-supporting and customized into various shapes and sizes. request sample ask an engineer

Rapid and efficient removal of small molecules from nucleic acids Gel filtration media are used for the analysis of molecular size, separations of components in the mixture, salt removal or buffer exchange for a preparation of macromolecules. Porex provides media support that holds the functionalized stationary phase in place, ensuring repeatable column performance. POREX™ gel filtration media: Inert and functionalized porous membrane delivers quick and efficient desalting, buffer exchange and removal of low molecular weight compounds. Provide enhanced functionality through surface modification or sorbent additions such as CPG, carbon, C8 or C18. Are design optimized for purification and desalting of oligonucleotides, proteins, small molecules from nucleic acids etc. Tested by independent laboratories - Certified Pure POREX™ materials ensure performance, accuracy and reproducibility. Features Certified Pure Porex™ Materials Filter Media Purity – no material additives or...

Maximize filtration efficiency and structural integrity POREX® media support tubes, sleeves, outer wraps and cores improve the filtration and structural integrity of water filtration cartridges. Specifically designed for drinking water applications, our media support tubes: Extend primary filter lifespan–Removal of carbon fines, dirt, rust and sediment extends the primary filter lifespan, including carbon blocks and RO filtration. Maximize flow and filtration efficiency–Structural integrity of porous tubes maximizes efficiency while removing sediment. Enhance filtration – Ability to tightly pack media into tubes prevents poor filtration due to channeling.