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$410.00
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.
High-carbon-load reversed-phase sorbent providing enhanced hydrophobic interactions and shape selectivity; ideal for highly non-polar, planar, or structurally similar compounds requiring maximum retention.
Quantity: 30/PK
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$215.00
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.
High-carbon-load reversed-phase sorbent providing enhanced hydrophobic interactions and shape selectivity; ideal for highly non-polar, planar, or structurally similar compounds requiring maximum retention.
Quantity: 50/PK
-
$236.00
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.
High-carbon-load reversed-phase sorbent providing enhanced hydrophobic interactions and shape selectivity; ideal for highly non-polar, planar, or structurally similar compounds requiring maximum retention.
Quantity: 50/PK
-
$234.00
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.
High-carbon-load reversed-phase sorbent providing enhanced hydrophobic interactions and shape selectivity; ideal for highly non-polar, planar, or structurally similar compounds requiring maximum retention.
Quantity: 50/PK
