44 Results for: "HPTLC"

Supplier: VWR Collection

These HPTLC glass plates have an excellent separation efficiency due to an optimised particle size distribution.

Supplier: VWR Collection

Modified silica layers are, depending on the modification, suitable for polar to unpolar eluents or eluent mixtures.

Supplier: VWR Collection

These HPTLC glass plates use an optimised particle size which results in better separation efficiency.

Supplier: MACHEREY-NAGEL

Glass plates with a special special HPTLC silica layer for PAH analysis.

Supplier: CAMAG

Time saving by optimisation of development conditions.

Supplier: MACHEREY-NAGEL

Octadecyl-modified HPTLC silica glass plates are recommended for alkaloids, amino acids, preservatives, optical brighteners, barbiturates, polycyclic aromatic hydrocarbons (PAH), drugs, peptides, flavonoids, phenols, indole derivatives and steroids.

Supplier: MACHEREY-NAGEL

Unmodified HPTLC silica layers with concentrating zone for HPTLC.

Supplier: MACHEREY-NAGEL

Cyano-modified HPTLC silica layers available as glass plates or ALUGRAM® aluminium sheets recommended for steroid hormones, phenols and preservatives.

Supplier: MACHEREY-NAGEL

Amino-modified HPTLC silica layers are available as glass plates or ALUGRAM® aluminium sheets. They are ideal for the separation of vitamins, sugars, steroids, purine derivatives, xanthines, phenols, nucleotides, and pesticides.

Supplier: CAMAG

HPTLC basic kit includes:
Nanomat 4, without capillary pipettes and holder
Capillary dispenser complete with universal capillary holder, one dispenser magazine for 1 µl capillaries and one box of 5×100 capillary pipettes of 1,0 µl
Dispenser magazine for 0,5 µl capillaries
Disposable capillary pipettes 0,5 µl, on belts, 5×100 pack
Two twin trough chambers for 100×100 or 200×100 mm plates, with stainless steel lid
Horizontal developing chamber for 100×100 or 200×100 mm plates
smartALERT, solvent front monitor
Saturation pads, pack of 100
TLC/HPTLC sprayer
Precoated plates, Merck HPTLC silica gel 60 F254, 100×100 or 200×100 mm, pack of 25
Test dye mixture III, 100 ml
UV cabinet 3 consisting of UV lamp dual wavelength, 254/366 nm, 8 W each

Supplier: MACHEREY-NAGEL

These unmodified HPTLC silica layers are available as glass plates with or without fluorescent indicator. The narrow fractionation of the silica particles features sharper separations, shorter developing times, and an increased detection sensitivity compared to DURASIL plates.

Supplier: CAMAG

This chromatogram immersion device is suitable for TLC and HPTLC plates up to 200×200 mm.

Supplier: MACHEREY-NAGEL

Diol-modified HPTLC silica layers available as glass plate with fluorescent indicator. Recommended for steroids, pesticides and plant constituents;
for critical separations an alternative to silica, since it is less sensitive to the water content of the environment; leads to more reproducible results compared to silica.

Supplier: MACHEREY-NAGEL

Unmodified HPTLC silica layers available as glass plates with or without fluorescent indicator. The narrow fractionation of the silica particles features theoretical plate heights, which are one order of magnitude smaller than on standard silica layers. Thus, Nano-ADAMANT has the advantage of sharper separations, shorter developing times, and increased detection sensitivity with equal selectivity.

Supplier: CAMAG

HPTLC Scoring unit for the preparation of TLC/HPTLC plates

Supplier: MACHEREY-NAGEL

Unmodified HPTLC silica layers for HPTLC.

Supplier: MACHEREY-NAGEL

Unmodified HPTLC silica layers with "High Definition" properties for HPTLC.

Supplier: CAMAG

Ideal instrument for exact cutting of TLC/HPTLC plates that are frequently used in method development and pre-testing. The smartCut can cut glass plates up to 3 mm in thickness without damaging the sensitive layer.

Supplier: CAMAG

Ideal solution for monitoring the solvent front in development of TLC/HPTLC plates without relying on a stopwatch. The desired developing distance is set, and as soon as the solvent front has reached this position, visual and acoustic signals alert the operator. This allows more constructive and efficient time/tasks management as well as guaranteeing accurate results. Designed to work with TLC/HPTLC glass chambers and plates up to 200×200 mm, battery powered (up to 1000 developments).

Supplier: MACHEREY-NAGEL

Octadecyl-modified HPTLC silica layers available as glass plates or ALUGRAM® aluminium sheets. Recommended for aminophenol, barbiturates, preservatives, nucleobases, polycyclic aromatic, hydrocarbons, steroids, tetracyclines, and plasticisers (phthalates).

Supplier: CAMAG

Spray heads, type B

Supplier: CAMAG

Reagents are atomised into a fine aerosol spray with particles in the range of 0,3 to 10 µm.

Supplier: CAMAG

VisionCATS is built for simplicity and intuitive operation, streamlining the entire HPTLC workflow by controlling both HPTLC PRO Modules and HPTLC instruments while efficiently managing data.

Supplier: CAMAG

Twin-trough chambers offer several ways to improve the results of TLC/HPTLC developing techniques.

Supplier: CAMAG

The Nanomat 4 is used for easy application of samples in the form of spots onto TLC and HPTLC layers. A notch system ensures that sample positioning meets the requirements for automatic scanning with a densitometer. Samples are dispensed in volumes of 0,5 to 5 µl with disposable capillaries loaded into the universal capillary holder (552-0044) using the capillary guide (552-0039).

Supplier: CAMAG

Horizontal developing chambers allows the number of samples to be doubled when compared to a vertical tank. Plates are developed from opposite sides simultaneously towards the middle.

Supplier: Roth Carl

HPTLC-FERTIGSCHICHTEN NANO SIL 20 25ST 1 * 25 ST

Supplier: Roth Carl

HPTLC-FERTIGSCHICHTEN NANO-SIL 20 100ST 1 * 100 ST

Supplier: Roth Carl

HPTLC-FERTIGSCHICHTEN NANO-SIL 20 50ST 1 * 50 ST

Supplier: Roth Carl

HPTLC-FERTIGSCHICHTEN NANO-SIL 20 50ST 1 * 50 ST