Blowout Sale Sartorius 17764--------g-q Minisart™ Rc Syringe Filters, 25 Mm, 0.2 μm Shop The Look [LZ10C8on]

Sartorius 17764 Minisart™ RC Syringe Filters

The Sartorius 17764 Minisart™ RC Syringe Filters are designed to enhance the efficiency and longevity of your analytical columns. These filters are a must-have for any laboratory looking to improve particle removal and ensure the purity of their samples. With a focus on stability and compatibility, these syringe filters are optimized for a wide range of applications.

Key Features and Specifications

The Minisart™ RC syringe filters are engineered to be highly effective in removing particles, thereby extending the lifespan of your columns. They are specifically optimized for aqueous liquids and various solvents, including stability against DMSO, amides, ketones, esters, and ethers. This versatility makes them suitable for a broad spectrum of analytical methods. The filters come in three different diameters to accommodate various volume ranges, from less than 1 mL to 100 mL, with effective filtration areas of 0.12 cm², 1.7 cm², and 4.8 cm².

Unmatched Performance and Benefits

The Minisart™ RC syringe filters offer maximum chemical compatibility, ensuring minimal extractables or leachables. Their low adsorption of analytes guarantees the integrity of your samples, while the 100% optical integrity test ensures that every filter meets the highest quality standards. These filters are also exceptionally pure, using raw materials that do not interfere with standard analytical methods. Additionally, the hydrophobic PTFE membrane in Minisart™ SRP is ideal for venting applications and the clarification of harsh chemicals. The Minisart™ PES filters, with their hydrophilic PES membrane and PP housing, provide superior chemical compatibility and are suitable for LC-MS sample preparation with methanol contents up to 20%. These features make the Minisart™ RC syringe filters an indispensable tool for any laboratory seeking precision and reliability in their analytical processes.