Mega Sale Ultisil Xb-nh2, 3μm, 4.0×150mm Save 40% Now [c10xVtIr]

Ultisil XB-NH2 Column: A Versatile Separation Tool

Ultisil XB-NH2 column is a state-of-the-art chromatography tool designed for precise separation of various monosaccharides under reversed-phase conditions. This column is engineered to offer exceptional performance and reliability, making it an ideal choice for researchers and analysts in the field of carbohydrate chemistry. With its unique properties, the Ultisil XB-NH2 column stands out as a robust solution for your separation needs.

Key Features and Specifications

The Ultisil XB-NH2 column boasts several key features that make it a standout product. Firstly, its 3μm particle size ensures high resolution and efficiency in separations. The column dimensions of 4.0×150mm provide ample space for efficient processing. Additionally, the column is specifically designed for reversed-phase conditions, making it highly effective for separating monosaccharides. It is important to note that the Ultisil XB-NH2 column is not recommended for analyzing compounds containing aldehyde or carbonyl groups, as well as reducing sugars. This specificity ensures that your separations are accurate and reliable.

Practical Applications and Benefits

Ultisil XB-NH2 column is not just a tool for the lab; it is a solution for real-world challenges. Under normal-phase elution conditions, this column is particularly suitable for analyzing polar compounds, tocopherols, and certain organic compounds soluble in alkanes, alkenes, and aromatic hydrocarbons. This versatility makes it a valuable asset in various industries, including pharmaceuticals, food science, and environmental analysis.

• Accurate Separation: The Ultisil XB-NH2 column delivers precise separations, ensuring reliable results.
• High Efficiency: The 3μm particle size and optimized dimensions contribute to high efficiency, saving time and resources.

With its robust design and practical applications, the Ultisil XB-NH2 column is a must-have for any laboratory seeking advanced separation capabilities.