Explore Ultisil Xb-c4, 10μm, 10×150mm, 300Å Now On Sale [J3hLGjvq]

Ultisil XB-C4 Column: High Performance for Analytical and Preparative Applications

The Ultisil XB-C4 column is a premium choice for both analytical and preparative applications, offering exceptional reproducibility and stability. Crafted with the same packing materials as analytical columns, this preparative column ensures the best reproducibility of analysis and preparative scale, making it a reliable tool for your lab workflows. Key features include:

• Stainless modular column tube for enhanced stability
• Special packing technique for a stable column bed

This column is designed to meet the highest standards of performance, providing you with a robust solution for your separation needs.

Ultisil XB-C4: Unmatched Theoretical Plate Numbers and Peak Symmetry

The Ultisil XB-C4 column delivers outstanding performance with its high theoretical plate numbers and peak symmetry. With a 10 μm column, you can expect a theoretical plate number greater than 35,000 plates per meter, and for a 5 μm column, the figure is even higher, exceeding 75,000 plates per meter. The peak symmetry ranges around 0.95~1.20, ensuring sharp and well-defined peaks for accurate analysis. Benefits include:

• Improved resolution and sensitivity
• Enhanced peak shape and symmetry

These specifications make the Ultisil XB-C4 column a top choice for applications requiring high precision and efficiency.

Ultisil XB-C4: Versatile Retention for a Wide Range of Compounds

The Ultisil XB-C4 column is renowned for its strong retention capabilities for both hydrophobic and polar compounds. This versatility makes it an ideal choice for substances that retain too strongly on conventional C8 and C18 columns. Applications include:

• Chromatographic separation of complex mixtures
• Preparative purification of target compounds

With its unique retention properties, the Ultisil XB-C4 column is a valuable asset in your laboratory, offering a reliable and efficient solution for a wide range of separation challenges.