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  • SampliQ Silica SPE Cartridges

    Agilent Technologies

    Normal Phase (Polar) Average particle size of 45 µm and pore diameter of 60Å to reduce pressure drop and increase flow reproducibility Agilent’s trifunctional bonding process provides more stability over monomeric bonding Manufactured to Agilent’s rigorous…

  • SampliQ Carbon SPE Cartridges

    Agilent Technologies

    Generally used to retain polar analytes Solvent retention generally decreases as solvent becomes more polar A great option when more generally-used sorbents, such as C18, don’t perform specifically enough for your particular application SampliQ Carbon (graphitized) sorbents…

  • SampliQ Polymer WAX SPE Cartridges

    Agilent Technologies

    Weak Anion Exchange Exhibits both anion exchange and reversed phase behavior Wide pH range: can be ionized or neutral depending on pH of buffer solution WAX resin retains acidic/anionic; neutral and strong acids Agilent SampliQ WAX is designed to retain and release strong…

  • Normal Phase (Polar) Average particle size of 45 µm and pore diameter of 60 Angstrom to reduce pressure drop and increase flow reproducibility Agilent’s trifunctional bonding process provides more stability over monomeric bonding Manufactured to Agilent’s rigorous quality…

  • SampliQ Polymer WCX SPE Cartridges

    Agilent Technologies

    Weak Cation Exchange Exhibits both cation exchange and reversed phase behavior Wide pH range: can be ionized or neutral depending on pH of buffer solution WCX resin retains basic/cationic, neutral and strong bases Agilent SampliQ WCX is designed to retain and release strong…

  • Reversed Phase (Non-Polar) 24% carbon loading Silica-based particles reduce pressure drop and increase flow reproducibility Average particle size of 45 µm and pore diameter of 60 Angstrom to reduce pressure drop and increase flow reproducibility Agilent’s…

  • SampliQ Polymer SCX SPE Cartridges

    Agilent Technologies

    Ideal solid phase extraction for melamine analysis Ensures fast, reliable extraction of basic and cationic compounds Resistant to a wide variety of solvents Stable for pH ranges 0 - 14 Water-wettable Agilent's mixed-mode SampliQ SCX polymeric resin is a…

  • SampliQ Evidex SPE Cartridges

    Agilent Technologies

    Effective sample preparation is an important step in building compelling evidence in drugs-of-abuse cases. The Evidex SPE cartridge – suitable for all necessary methods – supports the kind of reliable, accurate separation that you need: Cartridge designed for SAMHSA (Substance Abuse and…

  • Ion Exchange Average particle size of 45 µm and pore diameter of 60 Angstrom to reduce pressure drop and increase flow reproducibility Agilent’s trifunctional bonding process provides more stability over monomeric bonding Manufactured to Agilent’s rigorous quality standards…

  • SampliQ Florisil PR SPE Cartridges

    Agilent Technologies

    Generally used to retain polar analytes Solvent retention generally decreases as solvent becomes more polar A great option when more generally-used sorbents, such as C18, don’t perform specifically enough for your particular application SampliQ* Florisil PR is a selective…

  • SampliQ Polymer OPT SPE Cartridges

    Agilent Technologies

    Most versatile SPE option Reversed phase retention mechanism simplifies method development and compatibility for both GC and LC separations Unlike silica-based phases, OPT cartridges yield the same exacting results if they inadvertently dry out during the conditioning stage …

  • SampliQ Polymer SAX SPE Cartridges

    Agilent Technologies

    Ensures fast, reliable extraction of anionic compounds Inert to a wide variety of solvents Stable for pH ranges 0 - 14 Water-wettable The Agilent SampliQ Strong Anion Exchange (SAX) polymeric resin is a mixed-mode, tertiary amine-modified divinyl benzene polymer that…

  • Reversed Phase (Non-Polar) Silica-based particles reduce pressure drop and increase flow reproducibility Average particle size of 45 µm and pore diameter of 60 Angstrom to reduce pressure drop and increase flow reproducibility Agilent’s trifunctional bonding process provides…

  • Ion Exchange Average particle size of 45 µm and pore diameter of 60 Angstrom to reduce pressure drop and increase flow reproducibility Agilent’s trifunctional bonding process provides more stability over monomeric bonding Manufactured to Agilent’s rigorous quality standards…

  • SampliQ QuEChERS Kits

    Agilent Technologies

    Extraction salts are pre-measured and provided in anhydrous packets, so you can conveniently add them after the acetonitrile and improve results Kits available with ceramic homogenizers to facilitate sample homogenization and to break up salt agglomerates more efficiently than shaking by hand;…

  • Reversed Phase (Non-Polar) 25% carbon loading Silica-based particles reduce pressure drop and increase flow reproducibility Average particle size of 45 µm and pore diameter of 60 Angstrom to reduce pressure drop and increase flow reproducibility Agilent’s…

  • Generally used to retain polar analytes Solvent retention generally decreases as solvent becomes more polar A great option when more generally-used sorbents, such as C18, don’t perform specifically enough for your particular application The SampliQ Mixed-Mode Reversed-Phase SPE…

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