Filter containers - Import export

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.

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.

Maximum consistency in airflow, filter purity, and aerosol containment POREX® Automation Certified Pipette Tip Filters are customized and optimized to meet the fit, air flow, and volume placement of your specific robotic and automated liquid-handling instruments, sample processors and dispensing systems. To streamline laboratory operations and production, these automation and robotic pipette tip filters are backed by the Certified Pure Porex™ Program and: Maximize air flow –Delivers optimal dispensing and pipetting performance across a wide range of liquid volumes. Prevent cross-contamination–Eliminates aerosol bypass and sample carryover. Increase sample throughput–Provides tighter tolerance control for increasing laboratory workflow and reducing instrument downtime.