Description
Agilent R00083241G Microsorb 60-8 C18 Dynamax Guard Column – 8 µm, 41.4 mm ID
The Agilent R00083241G is a high-capacity preparative guard column engineered to extend the life and maintain the performance of Microsorb and Dynamax 41.4 mm ID primary HPLC columns. Featuring the 60-8 C18 stationary phase—a high-purity silica with an 8 micron particle size and a 60 Angstrom pore size—this guard column provides excellent retention of strongly adsorbed sample contaminants and particulates. Its robust 41.4 mm internal diameter (ID) is specifically designed for high-flow preparative applications, ensuring that protection is achieved without significant loss of resolution or excessive backpressure. By acting as a sacrificial barrier, the R00083241G prevents the irreversible fouling of expensive main columns, making it an essential component for cost-effective large-scale purification workflows.
Technical Performance and Design
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60-8 C18 Packing Media: Utilizes 8 µm spherical silica particles with a 60 Å pore size, optimized for the high-resolution separation and protection of small molecules and peptides.
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Preparative Scale Protection: The 41.4 mm ID is engineered for high-throughput preparative HPLC, allowing for the processing of large sample loads while protecting the downstream stationary phase.
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Dynamax Hardware Integrity: Specifically designed to integrate seamlessly into the Dynamax hardware system, ensuring a leak-free, high-pressure seal and minimal extra-column volume.
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Extended Column Longevity: Effectively traps chemical “garbage” and mechanical debris from the mobile phase or sample matrix, significantly reducing the frequency of main column replacement or regeneration.
Product Specifications
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Catalog Number: R00083241G
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Stationary Phase: C18 (Octadecylsilane)
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Particle Size: 8 µm
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Pore Size: 60 Å
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Internal Diameter: 41.4 mm
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Length: 2 inches (approx. 50 mm)
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Hardware System: Dynamax
Key Benefits & Applications
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Preparative Purification: Ideal for pharmaceutical and natural product purification where large volumes of crude extract are loaded onto the column.
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Small Molecule Analysis: The 60 Å pore size is perfectly suited for the separation and protection of hydrophobic small molecules and small synthetic peptides.
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Cost Efficiency: By protecting a main column that can cost thousands of dollars, this guard column provides a high return on investment in busy production laboratories.
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High Chemical Stability: The C18 bonding chemistry is designed for stability across a wide pH range, ensuring consistent performance in diverse mobile phase conditions.
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