Globe Scientific Syringe Filters

Globe Scientific Syringe Filters, available in both 0.22µm and 0.45µm porosity, are expertly crafted with a mixed cellulose ester (MCE) membrane. This ensures that your samples are thoroughly and reliably filtered. Each filter's polypropylene housing provides excellent chemical resistance, safeguarding your samples from contamination. With a choice between 13mm and 30mm diameters, these syringe filters cater to an array of filtration requirements.

Meticulously individually wrapped to maintain sterility, these filters are perfect for applications such as biological fluid filtration, cell culture media preparation, and HPLC sample purification. With 50 filters per box, laboratories can rely on consistent high-quality filtration outcomes. Globe Scientific's dedication to quality ensures that every filter delivers maximum sample recovery while maintaining the utmost integrity across various applications.

• The syringe filters come with a hydrophilic MCE membrane that ensures maximum sample recovery and sample integrity.
• Each filter is individually wrapped to maintain sterility and extend the shelf life of the product.
• Available in various porosities and diameters, catering to diverse filtration needs.
• Polypropylene housing enhances chemical resistance and compatibility with a wide range of solvents.

• Globe Scientific Syringe Filters are designed for laboratory applications involving sterile filtration. They are ideal for filtering biological fluids, cell culture media, and HPLC sample preparation.

1. What is the membrane material used in Globe Scientific Syringe Filters?
The filters use a Mixed Cellulose Ester (MCE) membrane, offering excellent filtration efficiency and sample recovery.

2. Are these syringe filters sterile?
Yes, the syringe filters are sterile and come individually wrapped to ensure sterility is maintained until use.

3. What diameters are available for these syringe filters?
The filters are available in two diameter sizes: 13mm and 30mm, to suit different applications.