Filtertechnik

Piston for Housings

Die Filterelemente der 3M™ High Flow Serie wurden mithilfe modernster Technologie entwickelt. Sie sorgen mit optimierter Leistung und Durchflussqualität für mehr Kundenzufriedenheit. Die radiale Plissiertechnik maximiert die nutzbare Oberfläche pro Filter.

The Zeta Plus™ Encapsulated System retains the lenticular filter design and vertical flow path that are characteristics of traditional depth filtration systems, helping ensure consistent performance from bench scale to production scale. The scale-up filter capsules with 170 cm² LA series media are designed for intermediate scale-up studies and lab scale protein production.

The Zeta Plus™ Encapsulated System retains the lenticular filter design and vertical flow path that are characteristics of traditional depth filtration systems, helping ensure consistent performance from bench scale to production scale. The scale-up filter capsules with 170 cm² LA series media are designed for intermediate scale-up studies and lab scale protein production.

Die 3M™ Retrofit Austausch-Filterkerze der 9000 Serie, Modell CFS9112, ist Teil eines Wasserfiltrationssystems und kompatibel mit den meisten Everpure® Filterköpfen für die Gastronomie. Sie zeichnet sich durch unser SQC (Sanitary Quick Change)-System aus, das schnelle und einfache Filterkerzenwechsel ermöglicht.

Die Filterelemente der 3M™ High Flow Serie wurden mithilfe modernster Technologie entwickelt. Sie sorgen mit optimierter Leistung und Durchflussqualität für mehr Kundenzufriedenheit. Die radiale Plissiertechnik maximiert die nutzbare Oberfläche pro Filter.

3M™ Zeta Plus™ Encapsulated System Scale-Up Filter Capsule with LP Series Media is composed of inorganic filter aid, cellulose and our positively charged resin system that pulls negatively charged contaminants from the fluids.

52-196116 FILTERKOPF

3M™ Betafine™ XL Serie Filterpatrone ist absolut bewertet, 100% Polypropylen, gefaltete Patronen, die unsere Advanced Pleat Technology (APT) beinhalten, welche die nutzbare Filtration Oberfläche erhöht, unter Beibehaltung der Standard-Industrie-Patronen-Abmessungen.

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™ MicroPES™ Capillary Membrane are hydrophilic capillaries made of biocompatible Polyethersulfone. Their asymmetric pore structure offers a perfect balance with highly selective filtration characteristics in combination with minimized flux barriers.

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.

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™ 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.

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.

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.

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.