Whatman 30 mm Polycarbonate Protein Prep syringe Filter (Pack of 50)

The Whatman Polycarbonate Protein Prep Syringe Filter, available in a convenient pack of 50 units, is a valuable tool for protein sample preparation and filtration in laboratory settings. These syringe filters are meticulously designed to meet the demands of protein purification and analysis, offering high performance, reliability, and convenience.

Crafted from premium-grade polycarbonate material, these filters exhibit exceptional chemical resistance and mechanical strength, ensuring durability and longevity in use. The robust construction of the filters enables them to withstand the pressures generated during filtration processes without compromising their integrity, providing consistent and reproducible results across multiple filtrations.

The protein prep syringe filters feature a hydrophilic membrane with precise pore sizes tailored for efficient protein filtration. The hydrophilic nature of the membrane promotes rapid wetting, facilitating the uniform flow of protein samples through the filter matrix. This ensures optimal retention of proteins while minimizing the risk of sample loss or denaturation, preserving the integrity of valuable protein samples.

With a pack size of 50 units, these filters offer cost-effective solutions for laboratories requiring frequent protein sample preparation and filtration. Each filter is individually packaged to maintain sterility and prevent contamination, ensuring reliable performance and sample integrity throughout the filtration process.

Compatible with standard luer-lock syringes, the Whatman Polycarbonate Protein Prep Syringe Filters provide versatility and ease of use, allowing seamless integration into existing laboratory workflows. Whether used for sample clarification, particulate removal, or sterilization, these syringe filters deliver efficient and consistent results, making them indispensable tools for protein purification and analysis in research, biotechnology, and pharmaceutical applications.