Insane Value Sartorius 1776b----------k Minisart® Ny15 Syringe Filter, Polyamide (nylon), 0.2 µm, 15mm, 50/pk Customer Approved [LsaZCMDm]

Sartorius 1776B Minisart® NY15 Syringe Filters

Experience the precision and convenience of the Sartorius 1776B Minisart® NY15 Syringe Filters. These high-quality filters are designed for applications requiring clarification under non-sterile conditions, making them an ideal choice for a wide range of sample preparation steps prior to HPLC or GC analysis. The filters offer a combination of fast flow rates and low non-specific binding, ensuring efficient and reliable performance.

• Non-sterile Convenience: Ideal for applications where sterility is not critical, these filters reduce waste and simplify handling.
• Superior Flow Rate: The polyamide membrane provides rapid filtration with minimal resistance, enhancing productivity in the lab.
• Low Non-Specific Binding: Ensures high purity of filtered samples, minimizing interference in analytical results.

Advanced Product Properties

The Sartorius 1776B Minisart® NY15 Syringe Filters are crafted with exceptional purity and precision. Made from polyamide, these filters offer unmatched chemical compatibility, making them suitable for use with a wide range of solvents, acids, and bases. Their PP (polypropylene) housing further enhances durability and compatibility with harsh conditions.

• Exceptionally Pure Polyamide: Sartorius polyamide is exceptionally pure, reducing the risk of contamination and interference in LC-MS applications.
• PP Housing: The housing is made of PP, which is compatible with harsh solvents, acids, and bases, ensuring long-lasting performance.

Practical Applications and Benefits

The Sartorius 1776B Minisart® NY15 Syringe Filters are an essential tool for researchers and analysts in various fields. Whether you are preparing samples for HPLC or GC analysis, these filters offer numerous practical benefits.

• Enhanced Sample Preparation: Streamline your sample preparation process with these efficient filters, saving time and resources.
• Improved Analytical Results: The low non-specific binding and high purity of the filters contribute to more accurate and reliable analytical outcomes.
• Target Audience: Suitable for researchers, analysts, and lab technicians in pharmaceutical, biotech, and environmental analysis sectors.