Filtertechnik

3M™ Membrane PP Series hollow fiber membranes feature a symmetric pore structure and high specific surface area providing a reliable and economical alternative to conventional separation procedures used in beverage clarification today.

3M™ Membrane PP Series hollow fiber membranes feature a symmetric pore structure and high specific surface area providing a reliable and economical alternative to conventional separation procedures used in beverage clarification today.

The asymmetric pore structure of 3M™ MicroPES™ Flat Sheet Membrane provides high throughput performance in a wide range of applications due to different pore sizes available.

The asymmetric pore structure of 3M™ MicroPES™ Flat Sheet Membrane provides high throughput performance in a wide range of applications due to different pore sizes available.

The 3M™ MicroPES™ Laminated Flat Sheet Membrane is made from a membrane laminated to a nonwoven. 3M™ MicroPES™ Laminated Flat Sheet Membranes are intended for further processing by OEMs into frames for applications in MBR for industrial wastewater and municipal wastewater. In these applications the lamination of the membrane increases the mechanical stability and thus enables operation under challenging mechanical conditions.

The asymmetric pore structure of 3M™ MicroPES™ Flat Sheet Membrane provides high throughput performance in a wide range of applications due to different pore sizes available.

3M™ DuraPES™ Series microporous Polyethersulfone (PES) Filtration Membrane offers high throughput performance because of the asymmetric pore structure. The evenly distributed pores form an asymmetrical structure with excellent depth filtration characteristic along the thickness of the membrane. The highly asymmetric pore structure of our 3M™ DuraPES™ flat sheet membrane offers a high dirt loading capacity, increasing the filtration performance to give higher throughputs and higher flow rates than membranes with symmetrical pore structure.

The asymmetric pore structure of 3M™ MicroPES™ Flat Sheet Membrane provides high throughput performance in a wide range of applications due to different pore sizes available.

The asymmetric pore structure of 3M™ MicroPES™ Flat Sheet Membrane provides high throughput performance in a wide range of applications due to different pore sizes available.

The 3M™ MacroPES™ Flat Sheet Membranes pore structure in combination with the relatively open surface is responsible for the high filtration performance with a low tendency to blocking.

The asymmetric pore structure of 3M™ MicroPES™ Flat Sheet Membrane provides high throughput performance in a wide range of applications due to different pore sizes available.

The 3M™ MacroPES™ Flat Sheet Membranes pore structure in combination with the relatively open surface is responsible for the high filtration performance with a low tendency to blocking.

The asymmetric pore structure of 3M™ MicroPES™ Flat Sheet Membrane provides high throughput performance in a wide range of applications due to different pore sizes available.

3M™ Membrane PP Series hollow fiber membranes feature a symmetric pore structure and high specific surface area providing a reliable and economical alternative to conventional separation procedures used in beverage clarification today.

The asymmetric pore structure of 3M™ MicroPES™ Flat Sheet Membrane provides high throughput performance in a wide range of applications due to different pore sizes available.

The asymmetric pore structure of 3M™ MicroPES™ Flat Sheet Membrane provides high throughput performance in a wide range of applications due to different pore sizes available.

The 3M™ MacroPES™ Flat Sheet Membranes pore structure in combination with the relatively open surface is responsible for the high filtration performance with a low tendency to blocking.