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HPTLC Vario System

Full description
Key features
• Development with six different solvents can be tested side by side.
• Sandwich as well as tank configuration can be simulated side by side, making results directly comparable.
• Six different conditions of pre-equilibration, including relative humidity, can be tested simultaneously.
• These variations of developing conditions can be freely combined.

Time saving optimization of separation conditions using the HPTLC Vario System


Application examples, schematic: S1-S6 = developing solvents, C1-C6 = conditioning liquids

Optimizing_the_developing_solvent_without_preconditioning
1) Optimizing the developing solvent without preconditioning
Development with six different solvents (S) side by side, without preconditioning. This is equivalent to a development in a sandwich configuration.


Optimizing_the_developing_solvent_with_preconditioning
2) Optimizing the developing solvent with preconditioning
Development with six different solvents (S) side by side, and with the conditioning troughs containing the same six solvents (C). Equivalent to a development in tank configuration.


Optimizing_the_developing_solvent_after_uniform_layer_preconditioning
3) Optimizing the developing solvent after uniform layer preconditioning
Preconditioning of all tracks with the same conditioning liquid (C), then development with six different solvents (S) in sandwich configuration.


Optimizing_preconditioning
4) Optimizing preconditioning
Preconditioning with six different conditioning liquids (C); then development of all tracks with the same solvent (S).
Product specification
Downloads
CHROMATOGRAM DEVELOPMENT.pdf

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