Chromatography

A Chromolith &#174 CapRod &#174 capillary column combines the speed of monolithic silica technology with the sensitivity of nano-LC. This enables superior productivity for high throughput, highly sensitive proteomics-LC applications.

The Chromolith &#174 HPLC column coupler is designed for linking several monolithic columns together in order to further increase separation efficiency and column performance. The combination results in a theoretical plate count that is

Chromolith &#174 columns are made of monolithic silica with a characteristic bimodal pore structure. Chromolith &#174 NH 2 columns have macropores with 2 &#956m diameter, giving a column efficiency exceeding 80,000 plates/meter.

Chromolith &#174 columns are made of monolithic silica with a characteristic bimodal pore structure. Chromolith &#174 Flash RP-18 endcapped 25-2 columns have macropores with 1.

Chromolith &#174 columns are made of monolithic silica with a characteristic bimodal pore structure. Chromolith &#174 Flash RP-18 endcapped 25-3 columns have macropores with 2 &#956m diameter, giving a column efficiency exceeding 80,000

Chromolith &#174 columns are made of monolithic silica with a characteristic bimodal pore structure. Chromolith &#174 Flash RP-18 endcapped columns have macropores with 2 &#956m diameter, giving a column efficiency exceeding 80,000 plates/meter.

The Chromolith &#174 HighResolution RP-18 endcapped 100-4.6 HPLC columns Validation Kit consists of 3 columns from 3 different manufacturing batches.

Chromolith &#174 columns are made of monolithic silica with a characteristic bimodal pore structure. Chromolith &#174 HighResolution RP-18 endcapped columns have macropores with 1.

Chromolith &#174 columns are made of monolithic silica with a characteristic bimodal pore structure. Chromolith &#174 HighResolution RP-18 endcapped columns have macropores with 1.

Although the Chromolith &#174 columns are well known for their robustness and longevity, guard columns are available to prolong the lifespan of Chromolith &#174 analytical columns even further. These guard cartridges require a special holder.

Chromolith &#174 columns are made of monolithic silica with a characteristic bimodal pore structure. Chromolith &#174 HighResolution RP-18 endcapped columns have macropores with 1.

Chromolith &#174 columns are made of monolithic silica with a characteristic bimodal pore structure. Chromolith &#174 HighResolution RP-8 endcapped columns have macropores with 1.