Ion Exchange Silica SPE
Agilent Bond Elut Ion Exchange Silica SPE
For more than 30 years, Agilent Bond Elut has been the trusted standard in solid phase extraction (SPE), relied upon by analytical laboratories around the world. Its proven performance is documented in extensive scientific literature, more than any other SPE product in the industry. Each cartridge is designed and manufactured using state-of-the-art automation to ensure precision, quality, and reproducibility.
Every Bond Elut batch undergoes up to 25 rigorous quality control tests during production to confirm uniform packing, consistent flow characteristics, and optimal analyte recovery. Any unit that fails inspection is automatically removed from the manufacturing line, guaranteeing consistent results you can trust.
The Bond Elut product family includes over 40 unique sorbent chemistries designed to support a wide range of analytical needs. Available in straight barrel, large reservoir capacity (LRC), and Bond Elut Junior (Jr) formats, these cartridges offer exceptional flexibility for both small- and large-scale sample preparation. The Bond Elut ion exchange silica SPE phases are engineered to selectively isolate charged analytes, making them ideal for the purification of acidic, basic, or amphoteric compounds.
Frequently Asked Questions
What is Bond Elut Ion Exchange SPE used for?
Bond Elut Ion Exchange SPE is designed for selective extraction of ionic analytes such as acids, bases, and amphoteric molecules. It provides excellent recovery, high purity, and reproducible results across a variety of sample types.
What types of ion exchange phases are available?
The Bond Elut ion exchange family includes strong and weak anion exchangers (SAX, WAX) and strong and weak cation exchangers (SCX, WCX), offering versatility to match specific sample chemistries and pH conditions.
What cartridge formats are offered for Bond Elut SPE?
Bond Elut SPE cartridges are available in multiple configurations including straight barrel, large reservoir capacity (LRC), and compact Bond Elut Junior (Jr) formats, allowing flexibility for high-throughput or precision-scale workflows.
