Filtertechnik

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 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™ MF-PP Series Capillary Membranes are completely synthetic made from the hydrophobic polyolefin polypropylene (PP). The Capillary Membranes may be used for liquid filtration, degassing of liquids or introduction of gases in liquids.

3M™ MF-PP Series Capillary Membranes are completely synthetic made from the hydrophobic polyolefin polypropylene (PP). The Capillary Membranes may be used for liquid filtration, degassing of liquids or introduction of gases in liquids.

3M™ MF-PP Series Capillary Membranes are completely synthetic made from the hydrophobic polyolefin polypropylene (PP). The Capillary Membranes may be used for liquid filtration, degassing of liquids or introduction of gases in liquids.

3M™ MF-PP Series Capillary Membranes are completely synthetic made from the hydrophobic polyolefin polypropylene (PP). The Capillary Membranes may be used for liquid filtration, degassing of liquids or introduction of gases in liquids.

3M™ MF-PP Series Capillary Membranes are completely synthetic made from the hydrophobic polyolefin polypropylene (PP). The Capillary Membranes may be used for liquid filtration, degassing of liquids or introduction of gases in liquids.

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.

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.

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.