Blowout Sale Ultisil Aq-c18, 3μm, 4.0×125mm In Multiple Colors [feTi5KEd]

Ultisil AQ-C18 HPLC Column

The Ultisil AQ-C18 is a state-of-the-art High-Performance Liquid Chromatography (HPLC) column designed to deliver exceptional performance in a wide range of analytical applications. Engineered to withstand 100%–0% aqueous environments, this column is a versatile solution for scientists and analysts seeking reliability and efficiency. With its polar group endcapping reagent, moderate carbon loading, and low alkyl chain bonding density, the Ultisil AQ-C18 offers moderate retention and a weaker ability to adsorb impurities, making it ideal for the analysis of polar samples.

• Superior Compatibility: Withstands a wide range of aqueous environments, ensuring consistent performance.
• Moderate Retention: Offers a balanced retention profile for optimal separation of polar compounds.

Product Specifications

The Ultisil AQ-C18 is crafted with precision and features a 3μm particle size, ensuring high resolution and fast separation times. With a length of 125mm and an internal diameter of 4.0mm, this column is designed to maximize efficiency and minimize solvent consumption. Its robust construction and high chemical compatibility make it a reliable choice for complex sample analyses.

• Particle Size: 3μm for excellent resolution and efficiency.
• Dimensions: 4.0×125mm for optimal performance in standard HPLC systems.

Applications and Benefits

The Ultisil AQ-C18 is an invaluable tool for the analysis of polar samples, such as water-soluble vitamins, amino acids, and other hydrophilic compounds. Its unique properties make it ideal for a variety of applications, including pharmaceutical analysis, environmental monitoring, and food safety testing. By providing reliable and consistent results, this column empowers scientists to make informed decisions and advance their research.

• Pharmaceutical Analysis: Accurately analyze water-soluble vitamins and other polar compounds.
• Environmental Monitoring: Detect and quantify polar pollutants in environmental samples.