3M Separation and Purification Sciences Division Microporous Hollow Fiber Oxygenation Membrane OXYPLUS® PMP 90/200

Description
OXYPLUS® is the oxygenation membrane capillary suitable for long-term oxygenation. As an integral asymmetric hollow fibre oxygenation membrane OXYPLUS combines the performance characteristics of OXYPHAN® with a dense outer skin characterizing it as a diffusion membrane. The dense outer skin prevents the passing of liquids like blood plasma or water into the pores even during prolonged application and avoids direct contact of the blood with air or oxygen. As the outer skin is very thin the membrane has excellent permeability for oxygen and carbon dioxide, the gas exchange performance is equivalent to that of the microporous membranes OXYPAN. The production process of OXYPLUS uses TIPS technology. The membrane is made from Polymethylpentene (PMP). As the outer skin is very thin the membrane has excellent permeability for oxygen and carbon dioxide, the gas exchange performance is equivalent to that of the microporous membranes OXYPAN The production process of OXYPLUS® uses TIPS technology. The membrane is made from Polymethylpentene (PMP).
Datasheet
Description
OXYPLUS® is the oxygenation membrane capillary suitable for long-term oxygenation. As an integral asymmetric hollow fibre oxygenation membrane OXYPLUS combines the performance characteristics of OXYPHAN® with a dense outer skin characterizing it as a diffusion membrane. The dense outer skin prevents the passing of liquids like blood plasma or water into the pores even during prolonged application and avoids direct contact of the blood with air or oxygen. As the outer skin is very thin the membrane has excellent permeability for oxygen and carbon dioxide, the gas exchange performance is equivalent to that of the microporous membranes OXYPAN. The production process of OXYPLUS uses TIPS technology. The membrane is made from Polymethylpentene (PMP). As the outer skin is very thin the membrane has excellent permeability for oxygen and carbon dioxide, the gas exchange performance is equivalent to that of the microporous membranes OXYPAN The production process of OXYPLUS® uses TIPS technology. The membrane is made from Polymethylpentene (PMP).
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Microporous Hollow Fiber Oxygenation Membrane - OXYPLUS® PMP 90/200 - 3M Separation and Purification Sciences Division
Charlotte, NC, USA
Microporous Hollow Fiber Oxygenation Membrane
OXYPLUS® PMP 90/200
Microporous Hollow Fiber Oxygenation Membrane OXYPLUS® PMP 90/200
OXYPLUS® is the oxygenation membrane capillary suitable for long-term oxygenation. As an integral asymmetric hollow fibre oxygenation membrane OXYPLUS combines the performance characteristics of OXYPHAN® with a dense outer skin characterizing it as a diffusion membrane. The dense outer skin prevents the passing of liquids like blood plasma or water into the pores even during prolonged application and avoids direct contact of the blood with air or oxygen. As the outer skin is very thin the membrane has excellent permeability for oxygen and carbon dioxide, the gas exchange performance is equivalent to that of the microporous membranes OXYPAN. The production process of OXYPLUS uses TIPS technology. The membrane is made from Polymethylpentene (PMP). As the outer skin is very thin the membrane has excellent permeability for oxygen and carbon dioxide, the gas exchange performance is equivalent to that of the microporous membranes OXYPAN The production process of OXYPLUS® uses TIPS technology. The membrane is made from Polymethylpentene (PMP).

OXYPLUS® is the oxygenation membrane capillary suitable for long-term oxygenation.

As an integral asymmetric hollow fibre oxygenation membrane OXYPLUS combines the performance characteristics of OXYPHAN® with a dense outer skin characterizing it as a diffusion membrane. The dense outer skin prevents the passing of liquids like blood plasma or water into the pores even during prolonged application and avoids direct contact of the blood with air or oxygen.

As the outer skin is very thin the membrane has excellent permeability for oxygen and carbon dioxide, the gas exchange performance is equivalent to that of the microporous membranes OXYPAN.

The production process of OXYPLUS uses TIPS technology. The membrane is made from Polymethylpentene (PMP).

As the outer skin is very thin the membrane has excellent permeability for oxygen and carbon dioxide, the gas exchange performance is equivalent to that of the microporous membranes OXYPAN

The production process of OXYPLUS® uses TIPS technology. The membrane is made from Polymethylpentene (PMP).

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Technical Specifications

  3M Separation and Purification Sciences Division
Product Category Medical Equipment and Supplies
Product Number OXYPLUS® PMP 90/200
Product Name Microporous Hollow Fiber Oxygenation Membrane
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