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Field-Flow Fractionation (FFF)
- Fluid handling and transfer components
- Laboratory basic equipment
- Mass spectrometry
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Materials science
- Adhesion force
- BET surface area and pore analysis
- Bulk solids characterization
- Chemisorption
- Closed cell content in foam
- Contact angle, dynamic
- Contact angle, optical
- Critical micelle concentration
- Density, liquids and solids
- Density, solids
- Dispersion stability
- Electrical conductivity, organic solvents
- Gas mixture adsorption
- Humidity control
- Interfacial rheology
- Interfacial tension, low to ultra-low
- Molecular structure and chemistry of layered materials
- Particle dispersibility
- Particle shape
- Particle size, concentrated dispersions
- Particle size, nanometer range
- Particle size, powders
- pH, demanding applications
- Pore size and liquid & gas permeability
- Rapid multi-elemental analysis and chemical imaging
- Sedimentation and penetration analysis
- Solids concentration of suspensions
- Surface and interfacial tension of liquids
- Surface energy of solids
- Surface pressure
- Surface topography and roughness
- Tap density
- Thermal analysis
- Water uptake and release
- Wettability of solid surfaces
- Wetted surface area of suspensions
- Zeta potential, concentrated dispersions
- Zeta potential, macroscopic solid samples
- Zeta potential, nanoparticles
- Organic and peptide synthesis
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Pharmaceutical testing
- Content uniformity sample preparation
- Dissolution testing accessories and consumables
- Dissolution testing autosamplers
- Dissolution testing instruments
- Dissolution testing medium automatic preparation
- Dissolution testing software
- Membrane permeability testing, Franz cells
- Membrane permeability testing, In-Line cells
- Membrane permeability testing, Side-Bi-Side cells
- Membrane permeability testing, systems and accessories
- Membrane permeability testing, Valia-Chien cells
- Tablet physical testing
- UV Fiber Optic Dissolution testing
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Sample collection, handling and preparation
- Antibody purification columns and plates
- Dual Mode Extraction (DME)
- Evaporation and concentration
- Filtration plates
- Gas sample collection
- Homogenizers, bead mill
- Peptide desalting and enrichment
- Phosphopeptide purification and enrichment
- Protein and phospholipid removal
- Protein precipitation
- Protein purification
- QuEChERS
- Sample preparation of solid and semi-solid samples
- SPE accessories
- SPE disks and pre-filters, Atlantic
- SPE disks and pre-filters, Pacific
- SPE Evolute columns and plates
- SPE extractors, oil and grease
- SPE extractors, semi-volatiles
- SPE Isolute columns and plates
- SPE, SLE, PLD and PPT automation
- SPE spin centrifuge columns and plates
- Supported Liquid Extraction
- Syringes and probes
- VOC instruments
- Water sample automated preparation
- Supercritical Fluid Extraction (SFE)
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Separation science
- Field-Flow Fractionation (FFF)
- Flash chromatography columns
- Flash chromatography systems and accessories
- GC capillary columns
- GC detectors
- GC injection technologies
- GC packed columns and absorbents
- LC columns
- LC instruments
- LC pump spares
- LC purification systems
- Post column derivatization
- SFC instruments
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Spectroscopy and imaging
- Cameras, high-speed for fluorescence imaging
- Cameras, intensified high-speed
- Cameras, intensified with ultra-short gating
- Circular Dichroism and Vibrational CD
- Fluorescence
- Fluorescence Lifetime Imaging Microscopy (FLIM)
- FTIR and FTIR Microscopy
- Multi camera high-speed recording solutions
- Polarimeters
- Raman and Raman Microscopy
- Spectroscopy accessories
- UV-Vis-NIR and UV-Vis-NIR Microscopy
- Standards and reference materials
- 11860
- 11870
- 11866
- 11904
- 11863
- 11861
- 11862
- 10973
Field-Flow Fractionation (FFF)
FFF is a family of analytical techniques which are ideally suited for very gentle and high resolution separation and characterization of large molecules and particles, which traditional chromatographic techniques cannot perform.
FFF is a family of analytical techniques which are ideally suited for very gentle and high resolution separation and characterization of large molecules and particles, which traditional chromatographic techniques cannot perform.