Description
Specifications Table
| Product Name | Syringe-driven Filters, PES, 0.22 µm Colcemid®m, 25 mm with prefilter | SF170-50 NO | Himedia |
|---|---|
| Quantity/Pack Size | 50 no |
| Form | Syringe-driven |
| Grade | Colcemid®m |
| Application | Laboratory filtration |
Product Description
Syringe-driven Filters, PES, 0.22 µm Colcemid®m, 25 mm with prefilter | SF170-50 NO | Himedia are essential tools for any lab setting. These filters are designed to ensure the purity and quality of your samples by removing particles and contaminants effectively. The 0.22 µm pore size is perfect for sterilizing solutions and removing microorganisms, making it ideal for various laboratory applications.
The PES (Polyethersulfone) membrane offers excellent chemical compatibility and high flow rates, ensuring efficient filtration without compromising on quality. The 25 mm diameter provides ample surface area for filtration, while the prefilter helps to extend the life of the main filter by trapping larger particles.
Whether you are a student, researcher, or educator, these syringe-driven filters are a reliable choice for your filtration needs. They are easy to use and provide consistent results, making them a staple in any lab. Ensure your experiments are accurate and reliable with eqipped’s syringe filters.
FAQs
What is the pore size of these syringe filters?
The pore size of these syringe filters is 0.22 µm, which is ideal for sterilizing solutions and removing microorganisms.
What is the material of the filter membrane?
The filter membrane is made of PES (Polyethersulfone), which offers excellent chemical compatibility and high flow rates.
What is the diameter of these syringe filters?
The diameter of these syringe filters is 25 mm, providing ample surface area for efficient filtration.
Do these filters come with a prefilter?
Yes, these syringe filters come with a prefilter that helps to extend the life of the main filter by trapping larger particles.
What are the applications of these syringe filters?
These syringe filters are ideal for laboratory filtration, including sterilizing solutions and removing microorganisms.
