TLC

Tube Set comes complete with attached filter. Replacement part for TLC Sprayer Power Unit (Cat. No. 476-12490).Image(s) are representative of the product group and not necessarily the individual product.

Glass Cap for Cylindrical TLC Developing TanksImage(s) are representative of the product group and not necessarily the individual product.Tank Size (cm): 5

Polyethylene Cap for Cylindrical TLC Developing TanksImage(s) are representative of the product group and not necessarily the individual product.Tank Size: 1 x 3 in.Tank Size: 5 x 10 and 5 x 20 cm

Ultraviolet (UV) light is an electromagnetic radiation, with wavelenths below 400 nm. The UV lamp emits visible light, but also ultraviolet (UVC and UVB) wavelengths around 254 nm, which are used to detect fluorescence in laboratory applications such as...

One size fits all with EMD Millipore Multiformat plates. Thats because the glass is pre-scored for easy breaking to various sizes. The plates utilize the same silica coating as the corresponding TLC or HPTLC plate, thus deliver chromatograms that are...

Kieselguhr and mixed layer plates for specific applications. Kieselguhr is a natural diatomaceous earth that can be used for the separation of polar or moderately polar compounds. For the mixed layer plates a combination of classical silica gel 60 and...

Manual sample application need not be labor intensive or time consuming. EMD Millipores concentrating zone plates are made to make your daily work easy. They are based on different adsorption properties of two silica adsorbents: an inert large pore...

Manual sample application need not be labor intensive or time consuming. EMD Millipores concentrating zone plates are made to make your daily work easy. They are based on different adsorption properties of two silica adsorbents: an inert large pore...

PEI Cellulose TLC plates for the analysis of polar substances. An organic sorbent, cellulose is perfect for separating hydrophilic substances by partition chromatography. The special PEI cellulose is polyethylenimine-modified, and acts as a strong basic...

Cellulose HPTLC plates for the analysis of polar substances. An organic sorbent, cellulose is perfect for separating hydrophilic substances by partition chromatography. HPTLC cellulose layers utilize a high-purity, rod-shaped microcrystalline cellulose,...

Cellulose TLC plates for the analysis of polar substances. An organic sorbent, cellulose is perfect for separating hydrophilic substances by partition chromatography. TLC cellulose layers are based on microcrystalline cellulose for standard separations...

When separation challenges cannot be adequately resolved with standard silica, you can count on our modified silica plates to facilitate your application. The system offers a free choice of solvents, so you can be sure that they meet your particular...

When separation challenges cannot be adequately resolved with standard silica, you can count on our modified silica plates to facilitate your application. The system offers a free choice of solvents, so you can be sure that they meet your particular...

When separation challenges cannot be adequately resolved with standard silica, you can count on our modified silica plates to facilitate your application. The system offers a free choice of solvents, so you can be sure that they meet your particular...

EMD Millipore TLC aluminum oxide plates are designed to optimally complement the pH value of your compounds. This provides you with distinct separation advantages: under aqueous conditions, basic compounds can be best separated on basic aluminum oxide...

PLC plates are for applications involving higher sample quantities. They are based on the same proven EMD Millipore silica-binder technology as analytical TLC plates, however they allow loads of up to gram amounts. Samples are typically applied as a band...

PLC plates are for applications involving higher sample quantities. They are based on the same proven EMD Millipore silica-binder technology as analytical TLC plates, however they allow loads of up to gram amounts. Samples are typically applied as a band...

PLC plates are for applications involving higher sample quantities. They are based on the same proven EMD Millipore silica-binder technology as analytical TLC plates, however they allow loads of up to gram amounts. Samples are typically applied as a band...

PLC plates are for applications involving higher sample quantities. They are based on the same proven EMD Millipore silica-binder technology as analytical TLC plates, however they allow loads of up to gram amounts. Samples are typically applied as a band...

PLC plates are for applications involving higher sample quantities. They are based on the same proven EMD Millipore silica-binder technology as analytical TLC plates, however they allow loads of up to gram amounts. Samples are typically applied as a band...

PLC plates are for applications involving higher sample quantities. They are based on the same proven EMD Millipore silica-binder technology as analytical TLC plates, however they allow loads of up to gram amounts. Samples are typically applied as a band...

HPTLC LiChrospher® plates are thin layer chromatography plates based on spherical silica particles. Compared to standard HPTLC, these unique plates offer the ultimate in performance and speed, enabling high-throughput analyses of complex samples...

HPTLC LiChrospher® plates are thin layer chromatography plates based on spherical silica particles. Compared to standard HPTLC, these unique plates offer the ultimate in performance and speed, enabling high-throughput analyses of complex samples...

EMD Millipore HPTLC plates use an optimized silica 60 sorbent with a significantly smaller particle size: just 5 - 6 m compared to 10 - 12 m used for classical TLC. This enables a higher packing density and hence a smoother surface. Band diffusion is...

EMD Millipore HPTLC plates use an optimized silica 60 sorbent with a significantly smaller particle size: just 5 - 6 m compared to 10 - 12 m used for classical TLC. This enables a higher packing density and hence a smoother surface. Band diffusion is...

EMD Millipore HPTLC plates use an optimized silica 60 sorbent with a significantly smaller particle size: just 5 - 6 m compared to 10 - 12 m used for classical TLC. This enables a higher packing density and hence a smoother surface. Band diffusion is...

EMD Millipore HPTLC plates use an optimized silica 60 sorbent with a significantly smaller particle size: just 5 - 6 m compared to 10 - 12 m used for classical TLC. This enables a higher packing density and hence a smoother surface. Band diffusion is...

EMD Millipore HPTLC plates use an optimized silica 60 sorbent with a significantly smaller particle size: just 5 - 6 m compared to 10 - 12 m used for classical TLC. This enables a higher packing density and hence a smoother surface. Band diffusion is...

EMD Millipore HPTLC plates use an optimized silica 60 sorbent with a significantly smaller particle size: just 5 - 6 m compared to 10 - 12 m used for classical TLC. This enables a higher packing density and hence a smoother surface. Band diffusion is...

EMD Millipore HPTLC plates use an optimized silica 60 sorbent with a significantly smaller particle size: just 5 - 6 m compared to 10 - 12 m used for classical TLC. This enables a higher packing density and hence a smoother surface. Band diffusion is...

Unmodified silica is the most widely used sorbent in TLC. When combined with a suitable mobile phase, it allows you to analyze almost any substance. The smooth and extremely dense plate coating ensures narrow bands and maximum separation efficiency with...

Unmodified silica is the most widely used sorbent in TLC. When combined with a suitable mobile phase, it allows you to analyze almost any substance. The smooth and extremely dense plate coating ensures narrow bands and maximum separation efficiency with...

Unmodified silica is the most widely used sorbent in TLC. When combined with a suitable mobile phase, it allows you to analyze almost any substance. The smooth and extremely dense plate coating ensures narrow bands and maximum separation efficiency with...

Unmodified silica is the most widely used sorbent in TLC. When combined with a suitable mobile phase, it allows you to analyze almost any substance. The smooth and extremely dense plate coating ensures narrow bands and maximum separation efficiency with...

Unmodified silica is the most widely used sorbent in TLC. When combined with a suitable mobile phase, it allows you to analyze almost any substance. The smooth and extremely dense plate coating ensures narrow bands and maximum separation efficiency with...

Unmodified silica is the most widely used sorbent in TLC. When combined with a suitable mobile phase, it allows you to analyze almost any substance. The smooth and extremely dense plate coating ensures narrow bands and maximum separation efficiency with...

Unmodified silica is the most widely used sorbent in TLC. When combined with a suitable mobile phase, it allows you to analyze almost any substance. The smooth and extremely dense plate coating ensures narrow bands and maximum separation efficiency with...

Unmodified silica is the most widely used sorbent in TLC. When combined with a suitable mobile phase, it allows you to analyze almost any substance. The smooth and extremely dense plate coating ensures narrow bands and maximum separation efficiency with...

Unmodified silica is the most widely used sorbent in TLC. When combined with a suitable mobile phase, it allows you to analyze almost any substance. The smooth and extremely dense plate coating ensures narrow bands and maximum separation efficiency with...

Unmodified silica is the most widely used sorbent in TLC. When combined with a suitable mobile phase, it allows you to analyze almost any substance. The smooth and extremely dense plate coating ensures narrow bands and maximum separation efficiency with...