For analysis of polar substances The organic sorbent cellulose is particularly suitable for the separation of hydrophilic substances by partition chromatography. EMD Millipore cellulose plates include classical TLC grade or HPTLC plates for demanding high-performance separations: TLC…

Labels applied to all 4 sides of the plate. No sequence number duplicates. Exceptional print quality and resolution. Resistant to commonly used laboratory reagents. Resistant to temperature ranges of -80ºC to +52ºC. See Product Details below for bar code label specifications. Microplate…

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Aluminium oxide, specific surface (BET) ~ 200 m 2 /g, mean pore size 60 Å; inert organic binder indicator manganese-activated zinc silicate available as glass plates, POLYGRAM® polyester sheets and ALUGRAM® aluminium sheets Recommended application: terpenes, alkaloids,…

Silica 60, specific surface (BET) ~ 500 m 2 /g, mean pore size 60 Å, specific pore volume 0.75 mL/g, particle size 5–17 µm; standard grade Thickness of layer for analytical plates 0.25 mm, for preparative plates 0.5 and 1 mm For 2 mm preparative layers a slightly coarser…

Features Base material: silica 60, specific surface (BET) ~ 500 m 2 /g mean pore size 60 Å specific pore volume 0.75 mL/g particle size 5–17 μm pH stability 2–10 Indicator: acid-resistant product with a pale blue fluorescence for short-wave UV…

Cellulose plates are used to analyze polar substances. An organic sorbent, cellulose is perfect for separating hydrophilic substances by partition chromatography. Typical applications include the analysis of amino acids, carbohydrates, and phosphates as well as nucleic acid and nucleic acid…

The single most useful chamber for the TLC laboratory is a sturdy, molded-glass block of clear glass with flat surface walls, ground lip of uniform flatness, beveled inside and outside to remove any sharp edges. There is a raised ridge midway on the inside ends and bottom of the jar. Inside…

Classic silica TLC plates are based on a combination of proven EMD Millipore silica gel 60 and the addition of a unique polymeric binder resulting in a very adherent and hard surface that will not crack or blister and even allow writing with a pensil on the surface without risk to damage the layer.

Classical silica TLC plates are based on a combination of proven EMD Millipore silica gel 60 and the addition of a unique polymeric binder resulting in a very adherent and hard surface that will not crack or blister and even allow writing with a pencil on the surface without risk to damage the…

Features individual laser coding for GLP applications. Designed for GLP applications, the tops of each of these plates bear an item, batch, and individual plate number. As a result, lab professionals can easily record and archive every plate they use. Based on proven EMD Millipore silica found in…

Classic silica TLC plates are based on a combination of proven EMD Millipore silica gel 60 and the addition of a unique polymeric binder resulting in a very adherent and hard surface that will not crack or blister and even allow writing with a pensil on the surface without risk to damage the layer.

RP modified plates serve two purposes: act as a pilot method for HPLC and allow to choose various solvent system for special separations. RP-modified silica layers from EMD Millipore are well suited for many separation challenges that unmodified silica cannot overcome. These layers use aqueous…

Features Fiber length (95 %) 2–20 μm, average degree of polymerization 400–500 specific surface acc. to Blaine 15000 cm 2 /g ≤ 20 ppm Fe, 6 ppm Cu, 7 ppm P; dichloromethane extract ≤ 0.25% residue on ignition at 850°C ≤ 1500 ppm available as glass…

material       polyester support, silica gel matrix feature       binder Polymeric, fluorescent indicator L × W       20 cm × 20 cm layer thickness       200 μm particle size…

EMD Millipore classical silica TLC plates are based on a combination of proven EMD Millipore silica gel 60 and the addition of a unique polymeric binder resulting in a very adherent and hard surface that will not crack or blister and even allow writing with a pensil on the surface without risk to…

Cellulose plates are used to analyze polar substances. An organic sorbent, cellulose is perfect for separating hydrophilic substances by partition chromatography. Typical applications include the analysis of amino acids, carbohydrates, and phosphates as well as nucleic acid and nucleic acid…

RP modified plates serve two purposes: act as a pilot method for HPLC and allow to choose various solvent system for special separations. RP-modified silica layers from EMD Milliporeare well suited for many separation challenges that unmodified silica cannot overcome. These layers use aqueous…

EMD Millipore classical silica TLC plates are based on a combination of proven EMD Millipore silica gel 60 and the addition of a unique polymeric binder resulting in a very adherent and hard surface that will not crack or blister and even allow writing with a pensil on the surface without risk to…

These plates allow users to quickly and easily apply any kind of sample, even large volumes of diluted samples. EMD Milliporeconcentrating zone plates are based on different adsorption properties of two adsorbents. The first is a large pore concentrating adsorbent where the samples are applied; the…

HPTLC plates deliver fast and quantitative analysis of complex samples for manual or automated use. EMD Millipore’s HPTLC silica plates work three times faster than conventional TLC plates – and they’re more sensitive. The particle sizes range in HPTLC is between 4-8µ, which…

The plate is highly pure and exhibits minimal background, even with middle-polar solvent systems. Ideal for advanced pharmacopoeia applications, this high-performance plate keeps separations free of contamination. Its separation performance is an exact match to the related HPTLC plate product.…

These plates allow users to quickly and easily apply any kind of sample, even large volumes of diluted samples. EMD Milliporeconcentrating zone plates are based on different adsorption properties of two adsorbents. The first is a large pore concentrating adsorbent where the samples are applied; the…

These plates feature individual laser coding for GLP applications. Designed for GLP applications, the tops of each of these plates bear an item, batch, and individual plate number. As a result, lab professionals can easily record and archive every plate they use. Based on proven EMD Millipore…

Aluminiumoxide plates are used to analyze basic and neutral compounds at different pH levels. Depending on the pH range in question, professionals can choose between two kinds of aluminum oxide plates. Under aqueous conditions, basic aluminum oxide plates are best for separating basic compounds,…

Cellulose plates are used to analyze polar substances. An organic sorbent, cellulose is perfect for separating hydrophilic substances by partition chromatography. Typical applications include the analysis of amino acids, carbohydrates, and phosphates as well as nucleic acid and nucleic acid…

These plates allow users to quickly and easily apply any kind of sample, even large volumes of diluted samples. EMD Milliporeconcentrating zone plates are based on different adsorption properties of two adsorbents. The first is a large pore concentrating adsorbent where the samples are applied; the…

Thin-layer chromatography (TLC) plates for adsorption, partition, and ion-exchange techniques. Six media choices with glass, polyester, and aluminum backings. Silica-based adsorbent layers in Sigma-Aldrich TLC plates incorporate a polymeric binder; highly purified silica gel plates incorporate a…