|
Layer Code/Type |
Layer Description |
Feature/Benefits |
|
Analytical TLC |
|
HLO |
Hard-Layer: Organic Binder HLO the
most abrasion resistant high resolution TLC product available in
our program. Write directly on the plate. Outstanding
detectability, sensitivity; Minimal breakage. |
|
|
Alumina A, B, N |
Select the pH most appropriate to
your separation, A=Acid, B=Basic, N=Neutral. Alumina is stable a
pH 4 - 14 and can be used to separate most compounds, especially
basic. |
-
Ideal for the
separation of basic compounds
-
Standardized
Particle for TLC, prep TLC
-
Stable
reproducible layer
|
|
PEI - Cellulose |
Ideal Anion ion-exchanger for many
life science applications e.g. nucleic acid compositions. Keep
refrigerated at 4º Celcius to avoid discolorization. |
-
Long chain
anion exchanger
-
Bio-life
science applications
-
Stable
reproducible layer
|
|
Cellulose |
Available as microcrystalline,
Avicel, and Native (MN layers for the separation of polar
compounds via liquid - liquid partition chromatography. |
|
|
HPTLC and "S"
- HPTLC Advanced Layers |
|
HPTLC |
A 5 micron particle, 200 micron
thick layer, suitable for very difficult separations. Spots of
1-2 mm will optimize separations. Three to five times the
resolving power of
TLC. Fast development time. |
-
Obtain
3-5,000 theoretical plates /5 cm
-
Ideal for the most difficult
separations
-
Resolution similar to HPTLC
|
|
"S" HPTLC |
The ultimate in separating power;
3-10 times the resolving power of TLC. Technology and separation
dependant on a 3 micron particle; 100 micron layer. Separate
nanogram - picogram quantities. Spots of 1-2 mm will optimize
separations. |
-
Smallest TLC particle (micron),
highest resolution
-
Fast analyses
-
Thin, highly reflective surface
|
|
Prep TLC |
|
Prep TLC |
Select 100, 200, 250, 500, 1,000,
and 2000 micron layers according to the amount of material to be
separated. |
|
|
"S" HPTLC |
The ultimate in separating power;
3-10 times the resolving
power of TLC. Technology and separation dependant on a 3 micron particle; 100 micron layer. Separate nanogram
- picogram quantities. Spots of 1-2 mm will optimize separations. |
-
Smallest TLC
particle (micron),
highest resolution
-
Fast analyses
-
Thin, highly
reflective surface
|
|
Selected Backings |
|
Glass Backing |
Use glass for optimum separation and
with aggressive
mobile phases. Inert backing will not react with selected
detection sprays. Easy to handle. Best resolution. |
-
Resistant to
virtually all sprays, eluants
-
Rigid support for
optimum Resolution
-
Available in
micro-macro sizes
|
|
Plastic and Aluminum Backing |
Unbreakable and easy to handle. Cut
into any size. Easy
to isolate one spot for subsequent elution/detection. Can
be easily included (attached) to lab reports. |
|