LC C4 Columns

Butyl modified silica phase for SPE, not endcapped Features Base material silica, pore size 60 &Aring, particle size 45 &microm, specific surface 500 m2/g, pH stability 2&ndash8 butyl phase, not endcapped, carbon content 7 % slightly more polar

Butyl modified silica phase for SPE, not endcapped Features Base material silica, pore size 60 &Aring, particle size 45 &microm, specific surface 500 m2/g, pH stability 2&ndash8 butyl phase, not endcapped, carbon content 7 % slightly more polar

Mobius &#174 Essential Assemblies are standard ready-to-ship bag and tubing assemblies. Application Liquid Processing Applications Features and Benefits Standard products eliminate design and manufacturing lead times.

Mobius &#174 Essential Assemblies are standard ready-to-ship bag and tubing assemblies. Application Liquid Processing Applications Features and Benefits Standard products eliminate design and manufacturing lead times.

Mobius &#174 Essential Assemblies are standard ready-to-ship bag and tubing assemblies. Application Liquid Processing Applications Features and Benefits Standard products eliminate design and manufacturing lead times.

Mobius &#174 Essential Assemblies are standard ready-to-ship bag and tubing assemblies. Application Liquid Processing Applications Features and Benefits Standard products eliminate design and manufacturing lead times.

Mobius &#174 Essential Assemblies are standard ready-to-ship bag and tubing assemblies. Application Liquid Processing Applications Features and Benefits Standard products eliminate design and manufacturing lead times.

Mobius &#174 Essential Assemblies are standard ready-to-ship bag and tubing assemblies. Application Liquid Processing Applications Features and Benefits Standard products eliminate design and manufacturing lead times.

Mobius &#174 Essential Assemblies are standard ready-to-ship bag and tubing assemblies. Application Liquid Processing Applications Features and Benefits Standard products eliminate design and manufacturing lead times.

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