Durable Ultisil Mm Nh2/cn, Cartridge: 5µm, 120Å, 2.1×10mm, 2pcs Easy Assembly [hKgj9zHU]

Ultisil MM NH2/CN Cartridge

Introducing the Ultisil MM NH2/CN Cartridge, a high-performance solution for your HPLC needs. This cartridge is designed to deliver exceptional analysis results, leveraging the same packing materials as the analytical column. With its 5µm particle size and 120Å pore size, the 2.1×10mm cartridge ensures precise separation and accurate analysis. Each pack includes two cartridges, providing you with a convenient and efficient solution for your laboratory work.

• High-performance HPLC cartridge
• 5µm particle size for precise separation
• 120Å pore size for optimal analysis

Product Specifications

The Ultisil MM NH2/CN Cartridge is tailored for use with HPLC columns, offering unmatched performance. It is recommended for column IDs less than 4.0mm, where a 2.1×10mm cartridge is ideal. For columns with IDs of 4.0mm or greater, a 4.6×10mm cartridge is suggested. Each cartridge holder is clearly identified, with part numbers 00808-01107 for the 2.1×10mm holder and 00808-01101 or 00808-01108 for the 4.6×10mm holder. This ensures compatibility and easy integration into your existing setup.

• Compatible with a range of HPLC columns
• 2.1×10mm and 4.6×10mm cartridge options
• Easy-to-use cartridge holders with clear part numbers

Applications and Benefits

The Ultisil MM NH2/CN Cartridge is perfect for a variety of applications, particularly in metabolite research. Its mixed-mode stationary phase with C18 and SCX bonding provides distinct selectivity, making it ideal for analyzing unknown compounds. The dual retention mechanisms of hydrophobic interaction and ion exchange allow for the separation of highly polar compounds without the need for ion-pairing reagents, enabling direct MS analysis. Whether you are conducting complex analyses or looking for a reliable tool for your daily lab work, this cartridge is a must-have.

• Ideal for metabolite research and compound analysis
• Separation of highly polar compounds without ion-pairing reagents
• Direct MS analysis capability