Molded glass tanks for development of any size TLC plate up to 20 x 20cm

Used as an accessory in thin layer chromatography applications. Macherey-Nagel™ Glass Laboratory Sprayer includes a 100mL, clear glass conical flask with a sprayer-stopper assembly and rubber bulb/tubing.

Separate non-volatile mixtures with unmodified standard silica layers for TLC (Thin-Layer Chromatography).  Standard SIL G Silica Layers on Alugram™ Aluminum Sheets UV254 come in a variety of sizes.

Separate non-volatile mixtures with unmodified standard silica layers for TLC (Thin-Layer Chromatography). Standard SIL G silica layers on Polygram™ polyester sheets come in a variety of sizes. Select fluorescent indicator and choose from a variety of pack sizes.

Cylindrical glass tanks for the development of 1 x 3 in. to 10 x 20cm plates.

A simple device for uniformly streaking TLC plates.

Glass Thin Layer Chromatography (TLC) Developing Tank designed for the development of TLC plates.

Provide uniform spray mist of visualization reagents for TLC and paper chromatography; use with all standard TLC reagents and most corrosive liquids

TLC Sprayer head for use with 125 mL Flask with Knots Sprayer System

Cylindrical glass tanks for the development of 5 x 10cm (2 x 3.9 in. ) and 5 x 20cm (2 x 7.9 in. ) plates

Kimble Chase Drummond Microcaps Borosilicate Glass Capillary Tubes, Capacity: 0.5 uL, Length: 32 mm, Quantity: 100/Pk.

Plastic construction resists common TLC solvents.

Made of high quality materials. Each manufacturing step is tested through an extensive quality management system, based on DIN ISO 9001/EN 29001.

Constructed of high quality Polypropylene which is unbreakable in normal use. Azlon™ Polypropylene Spotting Tile consists of 12 cavities with 1mL capacity and 4mm well depth. Economical alternative to ceramics.

Used as a defoamer component. In hydrated form, it is used in toothpaste as a hard abrasive to remove tooth plaque. SiO

Separate mixtures with sharp separations, short developing times and short migration distances. Nano-SIL Unmodified HPTLC Silica Layers on Glass Plates have an increased detection sensitifvity compared to SIL G plates.

Increase separation efficiency and maximize resolution during TLC (thin-layer chromatography). Adamant™ Unmodified Standard Silica Layers for TLC, UV254, are available on glass plates with an optimized binder system and UV indicator.

Separate non-volatile mixtures with unmodified standard silica layers for TLC (Thin-Layer Chromatography). Standard SILGUR silica layers on glass plates come in a variety of plate sizes and layer thicknesses.  Select a fluorescent indicator and choose from a variety of pack sizes.

Separate non-volatile mixtures with unmodified standard silica layers for TLC (Thin-Layer Chromatography). Standard SIL G silica layers on glass plates come in a variety of plate sizes and layer thicknesses. Select a fluorescent indicator and choose from a variety of pack sizes.

HPTLC glass plates in different plate sizes for many different applications. Silica gel with octadecyl (C18, ODS, RP18) modification. Carbon content: approx. 14 %.

Stable in almost all organic solvents. Macherey-Nagel™ SIL G-25 / UV₂₅₄ Glass Plates are analytical plates with unmodified standard silica layers on glass for use in TLC. Feature a green fluorescence indicator for short-wave UV.

Separate non-volatile mixtures with unmodified standard silica layers for TLC (Thin-Layer Chromatography). Standard SIL G silica layers on glass plates come in a variety of plate sizes and layer thicknesses. Select a fluorescent indicator and choose from a variety of pack sizes.