L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

This column is easy to handle because it is a fused silica capillary with an outer sleeve of PEEK resin. Connection to MS is easy because connecters are attached to the column. 

• Inner diameter: 0.075 mm–0.3 mm  
• Connection: 1/16 inch stainless-steel connector

L-column2 ODS, 2μm was developed with usability in mind. Its low pressure reduces the load of columns and equipment, and its high durability provides a high theoretical plate number for a wide range of mobile phase flow rates. Therefore, L-column2 ODS, 2μm is an ideal 2-μm particle column

L-column2 ODS, 2μm was developed with usability in mind. Its low pressure reduces the load of columns and equipment, and its high durability provides a high theoretical plate number for a wide range of mobile phase flow rates. Therefore, L-column2 ODS, 2μm is an ideal 2-μm particle column

L-column2 ODS, 2μm was developed with usability in mind. Its low pressure reduces the load of columns and equipment, and its high durability provides a high theoretical plate number for a wide range of mobile phase flow rates. Therefore, L-column2 ODS, 2μm is an ideal 2-μm particle column

L-column2 ODS, 2μm was developed with usability in mind. Its low pressure reduces the load of columns and equipment, and its high durability provides a high theoretical plate number for a wide range of mobile phase flow rates. Therefore, L-column2 ODS, 2μm is an ideal 2-μm particle column

L-column2 ODS, 2μm was developed with usability in mind. Its low pressure reduces the load of columns and equipment, and its high durability provides a high theoretical plate number for a wide range of mobile phase flow rates. Therefore, L-column2 ODS, 2μm is an ideal 2-μm particle column

L-column2 ODS, 2μm was developed with usability in mind. Its low pressure reduces the load of columns and equipment, and its high durability provides a high theoretical plate number for a wide range of mobile phase flow rates. Therefore, L-column2 ODS, 2μm is an ideal 2-μm particle column

L-column2 ODS, 2μm was developed with usability in mind. Its low pressure reduces the load of columns and equipment, and its high durability provides a high theoretical plate number for a wide range of mobile phase flow rates. Therefore, L-column2 ODS, 2μm is an ideal 2-μm particle column

L-column2 ODS, 2μm was developed with usability in mind. Its low pressure reduces the load of columns and equipment, and its high durability provides a high theoretical plate number for a wide range of mobile phase flow rates. Therefore, L-column2 ODS, 2μm is an ideal 2-μm particle column

L-column2 ODS, 2μm was developed with usability in mind. Its low pressure reduces the load of columns and equipment, and its high durability provides a high theoretical plate number for a wide range of mobile phase flow rates. Therefore, L-column2 ODS, 2μm is an ideal 2-μm particle column

L-column2 ODS, 2μm was developed with usability in mind. Its low pressure reduces the load of columns and equipment, and its high durability provides a high theoretical plate number for a wide range of mobile phase flow rates. Therefore, L-column2 ODS, 2μm is an ideal 2-μm particle column

L-column2 ODS, 2μm was developed with usability in mind. Its low pressure reduces the load of columns and equipment, and its high durability provides a high theoretical plate number for a wide range of mobile phase flow rates. Therefore, L-column2 ODS, 2μm is an ideal 2-μm particle column

L-column2 ODS, 2μm was developed with usability in mind. Its low pressure reduces the load of columns and equipment, and its high durability provides a high theoretical plate number for a wide range of mobile phase flow rates. Therefore, L-column2 ODS, 2μm is an ideal 2-μm particle column

L-column2 ODS, 2μm was developed with usability in mind. Its low pressure reduces the load of columns and equipment, and its high durability provides a high theoretical plate number for a wide range of mobile phase flow rates. Therefore, L-column2 ODS, 2μm is an ideal 2-μm particle column

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.

L-column2 ODS exceeds even the high performance of L-column ODS by virtue of its advanced new end-capping method. It accommodates the analysis of acidic, basic and chelating compounds.

• Sharper peaks for acidic, basic and chelating compounds due to extremely low silanol adsorption.
• Superior peak shapes in both acetonitrile/water and methanol/water mobile phases makes L-column2 ODSconvenient to use.
• Economical due to high durability in a wide range of pH and temperature.
• Uniform lot to lot reproducibility of analyses due to extensive quality control measures.