SPE Cartridge Panthera Deluxe Spherical DVB Polymer Reversed Phase Sorbent, 15–50 µm Particle Size, Hydrophilic-Lipophilic Retention, Solid Phase Extraction Cartridge

Panthera Deluxe is a high-performance spherical DVB (divinylbenzene) polymer reversed phase sorbent designed for solid phase extraction (SPE) and chromatographic sample preparation. Engineered with hydrophilic-lipophilic balanced retention, it delivers strong and consistent recovery across a wide range of neutral, acidic, and basic analytes. - Based on polymeric poly-DVB chemistry, Panthera Deluxe provides enhanced capacity, chemical stability, and reproducible retention compared to traditional silica-based phases. The spherical particle morphology (15–50 µm) ensures uniform flow characteristics, reduced backpressure, and improved packing efficiency in SPE cartridges, columns, and bulk media applications. - This reversed phase sorbent is water-wettable and suitable for complex biological, pharmaceutical, environmental, and analytical workflows requiring broad-spectrum compound retention and high sensitivity extraction. * Key Features: - Spherical DVB polymer reversed phase chemistry - Particle size range: 15–50 µm - Hydrophilic and hydrophobic retention capability - High capacity for neutral, basic, and acidic compounds - Wide pH stability and strong chemical resistance - Compatible with SPE, HPLC sample prep, and bioanalytical applications Panthera Deluxe poly-DVB sorbent is particularly effective for pharmaceutical compounds, bioanalytical sample preparation, and method development requiring robust, reproducible reversed phase extraction performance. The polymeric DVB base provides both hydrophobic and hydrophilic retention with high capacity across diverse analyte classes. Solid Phase Extraction Cartridge.

• - Poly-DVB spherical polymer reversed phase chemistry - 15–50 µm uniform particle size for consistent flow and packing - Broad analyte retention (acidic, basic, and neutral compounds) - High chemical and pH stability for demanding lab workflows - Ideal for SPE, bioanalysis, pharma, and environmental testing