Plates

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.

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.

These 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.

Our NH2, CN and DIOL -modified silica sorbents are less polar then conventional silica phases, making them ideal for separating hydrophilic or charged substances. Our moderately polar cyano- and diol-modified silica plates can be used for both

Our NH2, CN and DIOL -modified silica sorbents are less polar then conventional silica phases, making them ideal for separating hydrophilic or charged substances. Our moderately polar cyano- and diol-modified silica plates can be used for both

Our NH2, CN and DIOL -modified silica sorbents are less polar then conventional silica phases, making them ideal for separating hydrophilic or charged substances. Our moderately polar cyano- and diol-modified silica plates can be used for both

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.

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.

HS Code: 3822 00 00

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.

HPTLC Plates AMD with extra thin layer of only 100µ have been specially developed for even more demanding application such as automated multiple development (AMD). It combines the repeatedly development of the plate in the same direction and

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.