Quasar™ C8

Quasar^™ C8 LC columns, based on ultra high purity silica and manufactured to tight specification, offer less retention when compared to the C18 phase, due to the lower hydrophobicity. They yield high efficiency separations and excellent peak shapes for a wide range of compounds.

Quasar^™ C8 LC columns, based on ultra high purity silica and manufactured to tight specification, offer less retention when compared to the C18 phase, due to the lower hydrophobicity. They yield high efficiency separations and excellent peak shapes for a wide range of compounds.

Quasar^™ C18 LC columns, based on ultra high purity silica and manufacturered to tight spefications, provides high efficiency separations and excellent peak shape for a wide range of compounds. Our methodology to yield high surface coverage enhances the pH stability and extends the working range. If data integrity and high producitvity are top priorities for your lab, then this column can support your needs for any application.

Quasar^™ C8 LC columns, based on ultra high purity silica and manufacturered to tight spefications, offer less retention when compared to the C18 phase, due to the lower hydrophobicity. They yield high efficiency separations and excellent peak shapes for a wide range of compounds.

Quasar^™ C8 LC columns, based on ultra high purity silica and manufactured to tight specification, offer less retention when compared to the C18 phase, due to the lower hydrophobicity. They yield high efficiency separations and excellent peak shapes for a wide range of compounds.

Quasar^™ C8 LC columns, based on ultra high purity silica and manufactured to tight specification, offer less retention when compared to the C18 phase, due to the lower hydrophobicity. They yield high efficiency separations and excellent peak shapes for a wide range of compounds.

Quasar^™ C8 LC columns, based on ultra high purity silica and manufactured to tight specification, offer less retention when compared to the C18 phase, due to the lower hydrophobicity. They yield high efficiency separations and excellent peak shapes for a wide range of compounds.