Hollow Fiber Microporous Membranes
from AGC Chemicals Americas, Inc.
FORBLUE ™ sunsep ™ is a gas dryer/humidifier with a highly moisture-selective membrane. The module is simply structured with hollow fiber membranes and durable casings. The membrane is made from a fluorinated ionomer, so it has high chemical resistance. minimizes permeability of gases... [See More]
- Geometry: Hollow Fiber
from 3M Separation and Purification Sciences Division
PlasCure ® Plasmafilters are the core components of numerous plasma therapies and provide a wide range of treatment options for various diseases. PlasCure Plasmafilter. Excellent biocompatibility. Optimized separation of plasma and blood cells. ETO free. The ideal plasmafilter for all plasma... [See More]
- Geometry: Hollow Fiber
from 3M Separation and Purification Sciences Division
MircoPES ® TF10 capillary membrane is specifically engineered for optimal plasma separation. MircoPES ® TF10 capillary membranes are produced in a SIPS process (solvent induced phase separation) from Polyethersulfone (PES) with Polyvinylpyrrolidone (PVP) added for ideal balance between... [See More]
- Geometry: Hollow Fiber
from 3M Separation and Purification Sciences Division
Hydrophilic Flat Sheet Membrane for the Healthcare Industry. Available in different pore sizes, MicroPES ® flat sheet membranes provide outstanding flow rates, being perfecty suited for use in small filter devices such as i.v. filters. MicroPES Type 2F iv and Type 12F iv are used for various... [See More]
- Geometry: Hollow Fiber
from 3M Separation and Purification Sciences Division
Outstanding Performance in Plasma Separation for Over 20 Years. PLASMAPHAN ® capillary membranes are produced in a TIPS process (thermally induced phase separation) from Polypropylene (PP) and are hydrophobic by nature, but can be hydrophilized easily prior to use. PLASMAPHAN ® capillary... [See More]
- Geometry: Hollow Fiber
from 3M Separation and Purification Sciences Division
MicroModule ® Contactors are our smallest degassing device. These are compact, in-line point of use degassers that use a revolutionary patented potting technology that packs a high membrane surface area into a very small footprint. This design is available with polypropylene as well as our... [See More]
- Geometry: Hollow Fiber
from 3M Separation and Purification Sciences Division
SuperPhobic ® Contactors utilize a polyolefin membrane that is appropriate for degassing low surface tension fluids such as ink jet printing inks, developers, emulsions, and photographic coating solutions for papers, films and printing plates. Additionally, they are used to degas liquids... [See More]
- Geometry: Hollow Fiber
from 3M Separation and Purification Sciences Division
Liqui-Cel Training Topics: History of Membrane Contactors. Principles of Operation. Contactor Design. Markets & Applications. System Design. Nitrogen Sources. Contactor Selection. Membrane Cleaning. Storage / Maintenance. Liqui-Flux Training Topics: History of Filtration. Principles of... [See More]
- Geometry: Hollow Fiber
from 3M Separation and Purification Sciences Division
CELGARD ® is one of the world ’s leading oxygenation membranes with high mechanical stability. CELGARD capillary membranes are produced by extrusion of Polypropylene. Consecutive anneal and stretch steps create the pores in the capillary wall. This production technology yields a membrane... [See More]
- Geometry: Hollow Fiber
from 3M Separation and Purification Sciences Division
HEXPET ® is a transparent heat-exchange capillary. Polymeric heat exchangers provide better biocompatibility than conventional metal heat exchangers. Furthermore they are easier to process in the manufacture of oxygenators, as they can be handled in the same way as the gas exchange membranes. [See More]
- Geometry: Hollow Fiber
from 3M Separation and Purification Sciences Division
OXYPHAN ® is one of the world ’s leading oxygenation membrane capillaries with uniform pore size and distribution. Due to its high porosity and uniform pore distribution, it provides excellent gas exchange performance. The highly branched, sponge-like pore structure makes it strongly... [See More]
- Geometry: Hollow Fiber
from 3M Separation and Purification Sciences Division
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... [See More]
- Geometry: Hollow Fiber