Money Saver Ultisil Mm C18/scx, 5μm, 4.6×75mm Twin Pack [E2wavK68]

Ultisil MM C18/SCX Column

The Ultisil MM C18/SCX column is a cutting-edge separation tool designed for high-performance liquid chromatography (HPLC). This column boasts a unique mixed-mode stationary phase that combines C18 and SCX bonding, providing unparalleled selectivity compared to traditional single bonded phase columns. With its dual retention mechanisms of hydrophobic interaction and ion exchange, the Ultisil MM C18/SCX column is ideal for a wide range of applications, particularly in metabolite research and the analysis of unknown compounds.

• Distinct Selectivity: The mixed-mode stationary phase offers superior selectivity, allowing for the separation of complex mixtures with ease.
• Multiple Retention Mechanisms: The combination of hydrophobic interaction and ion exchange provides enhanced separation capabilities for a wide range of compounds.

Product Specifications

The Ultisil MM C18/SCX column features a 5μm particle size and a 4.6×75mm dimensions, making it suitable for a variety of HPLC systems. Its small particle size ensures rapid separation and increased resolution, while the 4.6×75mm dimensions provide excellent compatibility with most HPLC instruments. The column is also designed for high efficiency and long-lasting performance, ensuring reliable results over extended periods of use.

• Particle Size: 5μm
• Dimensions: 4.6×75mm
• High Efficiency: Ensures rapid separation and increased resolution

Applications and Benefits

The Ultisil MM C18/SCX column is an invaluable tool for researchers in various fields, including metabolomics, environmental analysis, and pharmaceutical development. Its ability to separate highly polar compounds without the need for ion-pairing reagents makes it particularly useful for metabolite research. Additionally, the column allows for direct MS analysis, simplifying the workflow and reducing sample preparation time.

• Metabolite Research: Ideal for analyzing unknown compounds and complex mixtures in metabolomics studies.
• Environmental Analysis: Enables the separation of polar compounds from environmental samples, facilitating detailed analysis.
• Pharmaceutical Development: Provides a robust tool for drug discovery and characterization.