Aplikasi: Evaporasi

Fat determination in food and feed products using SpeedExtractor E-914 after Acid Hydrolysis

SpeedExtractor E-914, Hydrolysis Unit E-416, Multivapor™: Fat determination in food and feed products using the SpeedExtractor E914 after Acid Hydrolysis

Fat determination in Mayonnaise and Chocolate using the SpeedExtractor E-916

SpeedExtractor E-916, Multivapor™: Fat determination in Mayonnaise and Chocolate using the SpeedExtractor E-916

Determination of polycyclic aromatic hydrocarbons in water

Syncore® Analyst R-12 with Flushback module and SPE advanced module, Vacuum Pump V-700, Vacuum Controller V-855, Recirculating Chiller F-108: Determination of PAH traces in waste water.

GIN: traditional production versus modern techniques

Vacuum distilled Gin with Rotavapor® R-300, R-220 Pro

Improved analyte recovery with keeper solvents

Syncore Analyst: Evaporation to a defined volume with appendix, chiller and keeper solvent

Labor free, eco-friendly concentrations – comply with US EPA regulations

Syncore® Analyst: Automated solvent concentration at Con-Test® analytical laboratories according to US EPA methods

Fat determination in Food and Feed Products using SpeedExtractor E-916 after Acid Hydrolysis

SpeedExtractor E-916, Hydrolysis Unit E-416, Multivapor™: Fat determination in Food and Feed Products using the SpeedExtractor E-916 after Acid Hydrolysis

Concentration and solvent recovery of environmental samples in dichloromethane

Syncore® Analyst R-12 with Flushback Module, Vacuum Pump V-300, Interface I-300 Pro, Recirculating Chiller F-308, refrigerated receiving vessel: precise concentration to predefined volume

Determination of hexachlorocyclohexane isomers and chloro substituted benzene congeners in air

Syncore® Analyst R-12, Residual volume 1.0 mL, Vacuum Pump V-300, Interface I-300 Pro, Recirculating Chiller F-314, Flushback module R-12: Time saving concentration and reproducible recovery rates of volatile analytes.

Determination of Polymer Plasticizers in Polyamide samples using the SpeedExtractor E-916

SpeedExtractor E-916, Multivapor™: Determination of Polymer Plasticizers in Polyamide samples using the SpeedExtractor E-916

Determination of Hydrocarbon Oil Index in Water According to ISO 9377-2, Sample Clean-up and Concentration

Syncore Analyst, SPE: Determination of Hydrocarbon Oil Index in Water According to ISO 9377-2, Sample Clean-up and Concentration

Dioxin determination in ambient air

UniversalExtractor E-800, Syncore Analyst: Dioxin determination in ambient air using Soxhlet extraction

Determination of Polycyclic Aromatic Hydrocarbons in water using SyncorePlus with Solid Phase Extraction (SPE) cover

SyncorePlus Analyst: 

Determination of Polycyclic Aromatic Hydrocarbons in water using SyncorePlus with Solid Phase Extraction (SPE) cover

Vacuum distillation under inert conditions

Performing a vacuum distillation in a Rotavapor R-300 under inert conditions.

Solvent Extractables from Rubber (E-916)

SpeedExtractor E-916, Multivapor™: Determination of Solvent Extractables from Rubber using SpeedExtractor E-916

Solid Supported Evaporation

Unlock extraction efficiency with a Rotavapor

Panduan Evaporasi Paralel Lingkungan

Panduan ini menjelaskan aspek pemekatan simultan untuk beberapa sampel ke volume residu pelarut yang ditentukan di awal yang sesuai dengan metode EPA Amerika Serikat dengan Syncore® Analyst.

Your Evaporation Guide – Immersion angle

Achieve higher distillation efficiency when using a rotary evaporator by reading on the impact of immersion angle.

The evaporation rate of a rotary evaporator depends to a large extend on the immersion angle of the evaporating flask. The flatter the immersion angle, the higher the evaporation rate. This is, among other reasons, due to the fact that a flat immersion angle increases turbulence inside the evaporating flask, hence accelerating the evaporation. However, with a flatter immersion angle the evaporating flask cannot be as deeply immersed in the heating bath medium compared with a steep immersion angle. This can be an issue especially working with smaller evaporating flasks. Generally speaking, a 40 degrees immersion angle leads to a maximum efficiency rate without restriction in handling or risking losing parts of the sample due to over spilling and bumping into the receiving flask.

Jangan biarkan waktu Anda terbuang! – Poster

Temukan beberapa tips berguna tentang bagaimana mengoptimalkan evaporasi Anda. Unduh poster secara gratis sekarang – "Jangan biarkan waktu Anda terbuang".