GDXFil™ Syringe Filter

Enhance laboratory filtration with Microlab GD/X Syringe Filters

In the field of laboratory filtration, When working with samples with high particle content, having a reliable filtration solution becomes even more important. This is where Microlab GD/X syringe filters come in, offering specialized designs to meet the needs of such challenging samples.

Microlab GD/X syringe filters are designed for easy handling of samples with high particle content. Its construction features a pigment-free polypropylene shell that contains a prefilter stack of Microlab GMF 150 (graded density) and GF/F glass microfiber membrane media. This unique design ensures efficient filtration while maintaining sample integrity.

One of the key features of Microlab GD/X syringe filters is the versatility of their membrane options. Available membranes include nylon, CA, PES, PTFE, PVDF and regenerated cellulose (RC), providing users with a range of options to meet their specific filtration needs. Whether it’s chemical compatibility, pore size requirements, or other application-specific factors, a variety of membrane options can provide laboratories with greater flexibility.

When it comes to laboratory filtration, syringe filter choice can significantly impact the quality and reliability of your results. Microlab GD/X syringe filters feature advanced designs and membrane options, providing a reliable solution for researchers and scientists working with challenging samples. Its ability to effectively remove particles and ensure sample purity makes it a valuable tool in a variety of laboratory applications.

Overall, Microlab GD/X syringe filters are the first choice for laboratories handling samples with high particle content. Its innovative design combined with multiple membrane options makes it a versatile and reliable filtration solution. By investing in high-quality syringe filters like Microlab GD/X, laboratories can increase the efficiency and accuracy of their filtration processes, ultimately achieving better research results and reliable data.