Product Type: SPE Cartridges Particle Size: 30 µm Pore Size: 90 Å Chemistry: Strong anion-exchange Manufacturer: GL Sciences Delivery Time: approx. 7 days Bet Surface Area [m2/g]: 520.0 Base Material: Styrene-divinylbenzene Bed Mass [mg]: 10 mg Mode of Separation: Ion Exchange Chromatography Matrix: Polymer Particle Morphology: fully porous pH Minimum: 1.0 pH Maximum: 14.0 Volume: 1 ml

Product Type: SPE Cartridges Particle Size: 70 µm Pore Size: 90 Å Chemistry: Weak cation-exchange Manufacturer: GL Sciences Delivery Time: approx. 7 days Bet Surface Area [m2/g]: 480.0 Base Material: Styrene-divinylbenzene Bed Mass [mg]: 30 mg Mode of Separation: Ion Exchange Chromatography Matrix: Polymer Particle Morphology: fully porous pH Minimum: 1.0 pH Maximum: 14.0 Volume: 1 ml

Product Type: SPE Cartridges Particle Size: 30 µm Pore Size: 90 Å Chemistry: Weak anion-exchange Manufacturer: GL Sciences Delivery Time: approx. 7 days Bet Surface Area [m2/g]: 520.0 Base Material: Styrene-divinylbenzene Bed Mass [mg]: 150 mg Mode of Separation: Ion Exchange Chromatography Matrix: Polymer Particle Morphology: fully porous pH Minimum: 1.0 pH Maximum: 14.0 Volume: 6 ml

Product Type: SPE Cartridges Particle Size: 30 µm Pore Size: 90 Å Chemistry: Weak anion-exchange Manufacturer: GL Sciences Delivery Time: approx. 7 days Bet Surface Area [m2/g]: 520.0 Base Material: Styrene-divinylbenzene Bed Mass [mg]: 60 mg Mode of Separation: Ion Exchange Chromatography Matrix: Polymer Particle Morphology: fully porous pH Minimum: 1.0 pH Maximum: 14.0 Volume: 3 ml

Product Type: SPE Cartridges Particle Size: 30 µm Pore Size: 90 Å Chemistry: Weak anion-exchange Manufacturer: GL Sciences Delivery Time: approx. 7 days Bet Surface Area [m2/g]: 520.0 Base Material: Styrene-divinylbenzene Bed Mass [mg]: 30 mg Mode of Separation: Ion Exchange Chromatography Matrix: Polymer Particle Morphology: fully porous pH Minimum: 1.0 pH Maximum: 14.0 Volume: 1 ml

Product Type: SPE Cartridges Particle Size: 30 µm Pore Size: 90 Å Chemistry: Weak anion-exchange Manufacturer: GL Sciences Delivery Time: approx. 7 days Bet Surface Area [m2/g]: 520.0 Base Material: Styrene-divinylbenzene Bed Mass [mg]: 10 mg Mode of Separation: Ion Exchange Chromatography Matrix: Polymer Particle Morphology: fully porous pH Minimum: 1.0 pH Maximum: 14.0 Volume: 1 ml

Product Type: SPE Cartridges Particle Size: 70 µm Pore Size: 90 Å Chemistry: Strong cation-exchange Manufacturer: GL Sciences Delivery Time: approx. 7 days Bet Surface Area [m2/g]: 480.0 Base Material: Styrene-divinylbenzene Bed Mass [mg]: 1.000 mg (1 g) Mode of Separation: Ion Exchange Chromatography Matrix: Polymer Particle Morphology: fully porous pH Minimum: 1.0 pH Maximum: 14.0 Volume: 20 ml

Product Type: SPE Cartridges Particle Size: 70 µm Pore Size: 90 Å Chemistry: Strong cation-exchange Manufacturer: GL Sciences Delivery Time: approx. 7 days Bet Surface Area [m2/g]: 480.0 Base Material: Styrene-divinylbenzene Bed Mass [mg]: 30 mg Mode of Separation: Ion Exchange Chromatography Matrix: Polymer Particle Morphology: fully porous pH Minimum: 1.0 pH Maximum: 14.0 Volume: 1 ml

Product Type: SPE Cartridges Particle Size: 30 µm Pore Size: 90 Å Chemistry: Strong anion-exchange Manufacturer: GL Sciences Delivery Time: approx. 7 days Bet Surface Area [m2/g]: 520.0 Base Material: Styrene-divinylbenzene Bed Mass [mg]: 150 mg Mode of Separation: Ion Exchange Chromatography Matrix: Polymer Particle Morphology: fully porous pH Minimum: 1.0 pH Maximum: 14.0 Volume: 6 ml

Product Type: SPE Cartridges Particle Size: 30 µm Pore Size: 90 Å Chemistry: Strong anion-exchange Manufacturer: GL Sciences Delivery Time: approx. 7 days Bet Surface Area [m2/g]: 520.0 Base Material: Styrene-divinylbenzene Bed Mass [mg]: 60 mg Mode of Separation: Ion Exchange Chromatography Matrix: Polymer Particle Morphology: fully porous pH Minimum: 1.0 pH Maximum: 14.0 Volume: 3 ml