Showing 41–80 of 85 results
Consists of CLEAN-UP® Primary/Secondary Amine Sorbent, engineered for efficient sample preparation.
A weak anion exchanger ideal for removing organic acids and polar interferences from complex samples.
Specifications:
Consists of CLEAN-UP® Primary/Secondary Amine Sorbent, engineered for efficient sample preparation.
A weak anion exchanger ideal for removing organic acids and polar interferences from complex samples.
Specifications:
The CLEAN-UP® Quaternary Amine with Chloride Counter Ion Sorbent is engineered for efficient sample preparation and offers:
The CLEAN-UP® Quaternary Amine with Chloride Counter Ion Sorbent is engineered for efficient sample preparation and offers:
The CLEAN-UP® Quaternary Amine with Chloride Counter Ion Sorbent is engineered for efficient sample preparation and offers:
CLEAN-UP® unmodified silica providing strong polar interactions via hydrogen bonding and dipole forces.
Ideal for normal-phase applications and cleanup of polar analytes.
Specifications:
CLEAN-UP® unmodified silica providing strong polar interactions via hydrogen bonding and dipole forces.
Ideal for normal-phase applications and cleanup of polar analytes.
Specifications:
CLEAN-UP® unmodified silica providing strong polar interactions via hydrogen bonding and dipole forces.
Ideal for normal-phase applications and cleanup of polar analytes.
Specifications:
SELECTRASORB™ CLEAN-UP® Alumina Acid
Hydrophilic
Bulk Packing Material
10 g
CLEAN-UP® dual-mode sorbent with hydrophobic (C8) and weak anion exchange functionalities.
Supports selective extraction of acidic analytes with balanced retention and clean extracts.
Specifications:
CLEAN-UP® dual-mode sorbent with hydrophobic (C8) and weak anion exchange functionalities.
Supports selective extraction of acidic analytes with balanced retention and clean extracts.
Specifications:
CLEAN-UP® dual-mode sorbent with hydrophobic (C8) and weak anion exchange functionalities.
Supports selective extraction of acidic analytes with balanced retention and clean extracts.
Specifications:
CLEAN-UP® mixed-mode sorbent combining reverse-phase (C8) and strong cation exchange functionalities.
Designed for selective extraction of basic compounds with effective matrix cleanup.
CLEAN-UP® mixed-mode sorbent combining reverse-phase (C8) and strong cation exchange functionalities.
Designed for selective extraction of basic compounds with effective matrix cleanup.
CLEAN-UP® mixed-mode sorbent combining reverse-phase (C8) and strong cation exchange functionalities.
Designed for selective extraction of basic compounds with effective matrix cleanup.
Strong cation exchange phase effective for retaining basic compounds and removing cationic matrix components.
Strong cation exchange phase effective for retaining basic compounds and removing cationic matrix components.
Strong cation exchange phase effective for retaining basic compounds and removing cationic matrix components.
The CLEAN-UP® Benzenesulfonic Acid High Load Sorbent is engineered for efficient sample preparation and offers:
The CLEAN-UP® Benzenesulfonic Acid High Load Sorbent is engineered for efficient sample preparation and offers:
CLEAN-UP® mixed-mode sorbent combining reverse-phase (C8) and strong cation exchange functionalities.
Designed for selective extraction of basic compounds with effective matrix cleanup.
CLEAN-UP® strong hydrophobic phase with active silanol groups for additional polar interactions.
Supports selective retention and cleanup of a broader range of analytes in complex matrices.
Specifications:
CLEAN-UP® dual-mode sorbent integrating hydrophobic (C8) and weak cation exchange interactions.
Provides controlled retention of basic analytes with improved selectivity.
Specifications:
CLEAN-UP® dual-mode sorbent integrating hydrophobic (C8) and weak cation exchange interactions.
Provides controlled retention of basic analytes with improved selectivity.
Specifications:
Moderate-strength cation exchanger offering selective binding of positively charged analytes.
Moderate-strength cation exchanger offering selective binding of positively charged analytes.
Moderate-strength cation exchanger offering selective binding of positively charged analytes.
Mixed-mode CLEAN SCREEN® sorbent combining reverse-phase (C8) and strong cation exchange functionalities on a single particle.
Delivers broad-spectrum extraction of acidic, neutral, and basic compounds from complex matrices.
Specifications:
Mixed-mode CLEAN SCREEN® sorbent combining reverse-phase (C8) and strong cation exchange functionalities on a single particle.
Delivers broad-spectrum extraction of acidic, neutral, and basic compounds from complex matrices.
Specifications:
CLEAN-UP® cyano-bonded phase with moderate polarity and reduced silanol activity due to endcapping.
Provides balanced dipole and weak hydrophobic interactions for selective cleanup.
Specifications:
CLEAN-UP® cyano phase offering polar selectivity with accessible silanol groups for additional interactions.
Enables enhanced retention of polar compounds in complex matrices.
Specifications:
CLEAN-UP® cyano-bonded phase with moderate polarity and reduced silanol activity due to endcapping.
Provides balanced dipole and weak hydrophobic interactions for selective cleanup.
Specifications:
SELECTRASORB™ CLEAN-UP® Florisil® PR
1kg
The CLEAN-UP® Propylsulfonic Acid Sorbent is engineered for efficient sample preparation and offers:
The CLEAN-UP® Propylsulfonic Acid Sorbent is engineered for efficient sample preparation and offers:
The CLEAN-UP® Propylsulfonic Acid Sorbent is engineered for efficient sample preparation and offers:
CLEAN-UP® mixed-mode sorbent combining reverse-phase (C8) and strong anion exchange properties.
Enables efficient retention of acidic compounds from complex matrices.
Specifications:
CLEAN-UP® mixed-mode sorbent combining reverse-phase (C8) and strong anion exchange properties.
Enables efficient retention of acidic compounds from complex matrices.
Specifications:
CLEAN-UP® mixed-mode sorbent combining reverse-phase (C8) and strong anion exchange properties.
Enables efficient retention of acidic compounds from complex matrices.
Specifications:
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