Epic™ C8 demonstrates superior peak shapes for the most demanding applications over a wide pH range. The C8 phase is less hydrophobic than the C18 phase and is, therefore, useful for separations which require less retention. It can be particularly useful for more hydrophobic compounds, both charged and neutral. All Epic products use an ultra-high purity metal free silica and undergo strict quality control testing. For flexibility, we offer a wide range of column sizes as well being fully scalable from analytical to preparative dimensions.
Features and Benefits:
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Epic™ C8 is a highly base deactivated phase that produces a highly inert phase. As a result of the high-density bonding levels (>4µmol/m2), Epic C8 demonstrates TMS superior peak shapes for the most demanding applications over a wide pH range. The C8 phase is less hydrophobic than the C18 phase and is, therefore, useful for separations which require less retention. It can be particularly useful for more hydrophobic compounds, both charged and neutral (e.g. lipids and steroids).
Epic™ C8 is a highly base deactivated phase that produces a highly inert phase. As a result of the high-density bonding levels (>4µmol/m2), Epic C8 demonstrates TMS superior peak shapes for the most demanding applications over a wide pH range. The C8 phase is less hydrophobic than the C18 phase and is, therefore, useful for separations which require less retention. It can be particularly useful for more hydrophobic compounds, both charged and neutral (e.g. lipids and steroids).
Epic™ C8 is a highly base deactivated phase that produces a highly inert phase. As a result of the high-density bonding levels (>4µmol/m2), Epic C8 demonstrates TMS superior peak shapes for the most demanding applications over a wide pH range. The C8 phase is less hydrophobic than the C18 phase and is, therefore, useful for separations which require less retention. It can be particularly useful for more hydrophobic compounds, both charged and neutral (e.g. lipids and steroids).
Epic™ C8 is a highly base deactivated phase that produces a highly inert phase. As a result of the high-density bonding levels (>4µmol/m2), Epic C8 demonstrates TMS superior peak shapes for the most demanding applications over a wide pH range. The C8 phase is less hydrophobic than the C18 phase and is, therefore, useful for separations which require less retention. It can be particularly useful for more hydrophobic compounds, both charged and neutral (e.g. lipids and steroids).
Epic™ C8 is a highly base deactivated phase that produces a highly inert phase. As a result of the high-density bonding levels (>4µmol/m2), Epic C8 demonstrates TMS superior peak shapes for the most demanding applications over a wide pH range. The C8 phase is less hydrophobic than the C18 phase and is, therefore, useful for separations which require less retention. It can be particularly useful for more hydrophobic compounds, both charged and neutral (e.g. lipids and steroids).
Epic™ C8 is a highly base deactivated phase that produces a highly inert phase. As a result of the high-density bonding levels (>4µmol/m2), Epic C8 demonstrates TMS superior peak shapes for the most demanding applications over a wide pH range. The C8 phase is less hydrophobic than the C18 phase and is, therefore, useful for separations which require less retention. It can be particularly useful for more hydrophobic compounds, both charged and neutral (e.g. lipids and steroids).
Epic™ C8 is a highly base deactivated phase that produces a highly inert phase. As a result of the high-density bonding levels (>4µmol/m2), Epic C8 demonstrates TMS superior peak shapes for the most demanding applications over a wide pH range. The C8 phase is less hydrophobic than the C18 phase and is, therefore, useful for separations which require less retention. It can be particularly useful for more hydrophobic compounds, both charged and neutral (e.g. lipids and steroids).
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