Difference between revisions of "Field-Flow fractionation (FFF)"

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=== Postnova Analysics GmbH ===
=== Postnova Analysics GmbH ===
{{Infobox provider-field-flow fractionation|Webpage=https://www.postnova.com/|Company=Postnova Analysics GmbH|Country=Germany|Contact=info@postnova.com|TRL=9|Temperature=20|Separation range=0.001-100|Processable volume=0.0005-0.0025|Carrier solution=Aqueous: any aqueous liquid, pH from 2 - 11 (depending on acid and conditions, please inquire), ionic strength from DI water to saline; Organic: THF, MeOH, etc|Technology name=AF2000 MultiFlow FFF|Feedstock=Mixture of various macromolecules colloids, and particles including Aggregates, cell organelles, bioparticles, proteins, liposomes, micelles. humic and fulvic acid, nanoparticles, biopolymers, starches, technical polymers|Product=Various fractionated (e.g. based on ther physicochemical properties) macromolecules, colloids, and particles including aggregates, cell organelles, bioparticles, proteins, liposomes, micelles. humic and fulvic acid, nanoparticles, biopolymers, starches, technical polymers}}
{{Infobox provider-field-flow fractionation|Webpage=https://www.postnova.com/|Company=Postnova Analysics GmbH|Country=Germany|Contact=info@postnova.com|TRL=9|Temperature=15-25|Separation range=0.001-100|Processable volume=0.0005-0.0025|Carrier solution=Aqueous: any aqueous liquid, pH from 2 - 11 (depending on acid and conditions, please inquire), ionic strength from DI water to saline; Organic: THF, MeOH, etc|Technology name=AF2000 MultiFlow FFF|Feedstock=Mixture of various macromolecules colloids, and particles including Aggregates, cell organelles, bioparticles, proteins, liposomes, micelles. humic and fulvic acid, nanoparticles, biopolymers, starches, technical polymers|Product=Various fractionated (e.g. based on ther physicochemical properties) macromolecules, colloids, and particles including aggregates, cell organelles, bioparticles, proteins, liposomes, micelles. humic and fulvic acid, nanoparticles, biopolymers, starches, technical polymers}}
Postnova was founded 1997 and is a Field-Flow Fractionation technology provider and innovator in Light Scattering technology, offering solutions used by leading scientists in laboratories worldwide. Their instruments are crucial for the Biopharma industry to fight and cure diseases, in Material Science to develop new high-tech nanomaterials and polymers and in Environmental Research to provide solutions to save the planet.
Postnova was founded 1997 and is a Field-Flow Fractionation technology provider and innovator in Light Scattering technology, offering solutions used by leading scientists in laboratories worldwide. Their instruments are crucial for the Biopharma industry to fight and cure diseases, in Material Science to develop new high-tech nanomaterials and polymers and in Environmental Research to provide solutions to save the planet.


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