• Enviro-Clean® Triacetic Acid PTFE Frits 10,000 mg 75 mL

    Enviro-Clean® Triacetic Acid PTFE Frits 10,000 mg 75 mL

    $229.00

    ENVIRO-CLEAN® offers a comprehensive range of ultra-clean, silica-based SPE sorbents designed for reliable isolation, purification, and enrichment of environmental analytes from complex matrices. These cartridges help reduce matrix effects while delivering consistent, high-quality recoveries at trace concentration levels.

    Multifunctional weak cation exchanger providing mixed-mode retention through ionic and polar interactions; ideal for selective cleanup of basic analytes in complex matrices.

    Quantity: 10/PK

  • Enviro-Clean® Triacetic Acid PTFE Frits 1000 mg 6 mL

    Enviro-Clean® Triacetic Acid PTFE Frits 1000 mg 6 mL

    $200.00

    ENVIRO-CLEAN® offers a comprehensive range of ultra-clean, silica-based SPE sorbents designed for reliable isolation, purification, and enrichment of environmental analytes from complex matrices. These cartridges help reduce matrix effects while delivering consistent, high-quality recoveries at trace concentration levels.

    Multifunctional weak cation exchanger providing mixed-mode retention through ionic and polar interactions; ideal for selective cleanup of basic analytes in complex matrices.

    Quantity: 30/PK

  • Enviro-Clean® Triacetic Acid PTFE Frits 100 mg 10 mL

    Enviro-Clean® Triacetic Acid PTFE Frits 100 mg 10 mL

    $168.00

    Quantity: 50/PK

  • Enviro-Clean® Triacetic Acid PTFE Frits 100 mg 1 mL

    Enviro-Clean® Triacetic Acid PTFE Frits 100 mg 1 mL

    $269.00

    ENVIRO-CLEAN® offers a comprehensive range of ultra-clean, silica-based SPE sorbents designed for reliable isolation, purification, and enrichment of environmental analytes from complex matrices. These cartridges help reduce matrix effects while delivering consistent, high-quality recoveries at trace concentration levels.

    Multifunctional weak cation exchanger providing mixed-mode retention through ionic and polar interactions; ideal for selective cleanup of basic analytes in complex matrices.

    Quantity: 100/PK

  • Enviro-Clean® Triacetic Acid PTFE Frits 500 mg 3 mL

    Enviro-Clean® Triacetic Acid PTFE Frits 500 mg 3 mL

    $231.00

    ENVIRO-CLEAN® offers a comprehensive range of ultra-clean, silica-based SPE sorbents designed for reliable isolation, purification, and enrichment of environmental analytes from complex matrices. These cartridges help reduce matrix effects while delivering consistent, high-quality recoveries at trace concentration levels.

    Multifunctional weak cation exchanger providing mixed-mode retention through ionic and polar interactions; ideal for selective cleanup of basic analytes in complex matrices.

    Quantity: 50/PK

  • Enviro-Clean® Triacetic Acid PTFE Frits 500 mg 6 mL

    Enviro-Clean® Triacetic Acid PTFE Frits 500 mg 6 mL

    $235.00

    ENVIRO-CLEAN® offers a comprehensive range of ultra-clean, silica-based SPE sorbents designed for reliable isolation, purification, and enrichment of environmental analytes from complex matrices. These cartridges help reduce matrix effects while delivering consistent, high-quality recoveries at trace concentration levels.

    Multifunctional weak cation exchanger providing mixed-mode retention through ionic and polar interactions; ideal for selective cleanup of basic analytes in complex matrices.

    Quantity: 50/PK

  • Clean-Up® Triacetic Acid (TAX), 40 um - 63 um (100g)

    Clean-Up® Triacetic Acid (TAX), 40 um – 63 um (100g)

    $375.00

    The CLEAN-UP® Triacetic Acid Sorbent is engineered for efficient sample preparation and offers:

    • Organic Loading = 7.50%
    • Surface Area = 500 m²/g
    • Pore Volume = 0.77 cm³/g
    • Average Pore Size = 60 Å
    • Cation Exchange Capacity = 0.10 meq/g
    • Anion Exchange Capacity = 0.15 meq/g
  • Clean-Up® Triacetic Acid (TAX), 40 um - 63 um (10g)

    Clean-Up® Triacetic Acid (TAX), 40 um – 63 um (10g)

    $83.00

    The CLEAN-UP® Triacetic Acid Sorbent is engineered for efficient sample preparation and offers:

    • Organic Loading = 7.50%
    • Surface Area = 500 m²/g
    • Pore Volume = 0.77 cm³/g
    • Average Pore Size = 60 Å
    • Cation Exchange Capacity = 0.10 meq/g
    • Anion Exchange Capacity = 0.15 meq/g