Your New Favorite Xtimate Polar-rp, Cartridge: 3µm, 120Å, 4.6×10mm, 2pcs Collection [hmA7dZ2Y]

Xtimate Polar-RP Cartridges: Precision and Performance

Experience the Xtimate Polar-RP Cartridges, designed for exceptional HPLC analysis. These cartridges are meticulously crafted to deliver the highest level of performance, ensuring optimal results in your analytical processes. Each cartridge is made with the same packing materials as the analytical column, guaranteeing consistency and reliability.

• Ultra-Fine Filtration: The 3µm particle size and 120Å pore size provide an exceptional level of purity and separation efficiency.
• Optimal Compatibility: Whether you're using a 2.1×10mm or 4.6×10mm cartridge holder, these cartridges are designed to fit seamlessly with your system, offering flexibility and convenience.

Superior Selectivity and Retention

The Xtimate Polar-RP Cartridges stand out with their unique reverse-phase selectivity, distinct from conventional C18 columns. This innovative design incorporates polar-embedded groups, allowing for the alkyl phase to remain solvated even in highly aqueous mobile phases (up to 100% water) without hydrophobic collapse.

• Enhanced Retention: Achieve superior retention and selectivity for polar compounds, making it ideal for complex sample analysis.
• High Water Content Tolerance: Maintain consistent performance across a wide range of mobile phase compositions, including those with high water content.

Convenient and Reliable

Welch guard cartridges are sold in convenient packs, each containing 2 pieces, ensuring easy and efficient replacement. With the Xtimate Polar-RP Cartridges, you can expect a hassle-free experience, as they are designed to be compatible with a variety of cartridge holders, including 00808-01107 for 2.1×10mm and 00808-01101 or 00808-01108 for 4.6×10mm.

• Quality Assurance: Each cartridge is rigorously tested to meet the highest quality standards, ensuring consistent performance and reliability.
• Cost-Effective: With a pack of 2 cartridges, you can enjoy cost savings while maintaining the highest level of analytical performance.