Agilent Bond Elut SPE

HLB SPE
Sorbent
Agilent Bond Elut
HLB SPE
Plexa
Polymeric SPE
Agilent Bond Elut Plexa,
PCX & PAX Polymeric SPE
Reversed
Phase Silica
Agilent Bond Elut
Reversed Phase SPE
Mixed Mode
Silica SPE
Agilent Bond Elut Ion
Mixed Mode Silica SPE
Chem Elut S
Agilent Chem Elut S
Supported Liquid Extraction

Agilent Bond Elut: Accuracy Starts Here

For over 30 years, Agilent Bond Elut has set the industry benchmark in solid phase extraction (SPE) technology. Trusted by analytical chemists worldwide, Bond Elut sorbents are engineered for exceptional reproducibility, mechanical stability, and precise separation performance across a broad range of sample matrices.

Each Bond Elut product is manufactured using state-of-the-art automation to ensure consistent quality. Optical scanners and automated inspection systems evaluate each tube at multiple points, while over 25 in-process quality control tests verify uniform packing density and reproducible flow characteristics.

With over 40 distinct sorbent chemistries available, Bond Elut provides unmatched flexibility for method development. Choose from multiple cartridge configurations — including Straight Barrel, Large Reservoir Capacity (LRC), and Bond Elut Jr. — as well as 96-well plates for automated workflows.

For high-throughput environments, bulk sorbent packaging offers a cost-effective solution that maintains Agilent’s renowned performance and batch-to-batch consistency.

Frequently Asked Questions

What is Bond Elut used for?

Agilent Bond Elut SPE products are used for sample cleanup, concentration, and extraction of analytes from complex matrices prior to LC or GC analysis.

What formats are available for Bond Elut SPE?

Bond Elut cartridges are available in Straight Barrel, LRC, Jr, and 96-well plate formats, supporting both manual and automated sample prep workflows.

How does Chem Elut S differ from traditional SPE?

Chem Elut S is a supported liquid extraction (SLE) format that uses diatomaceous earth instead of bonded silica, enabling efficient extraction of analytes from high-fat or complex biological matrices.