Description
Specifications Table
| Product Name | Vacuum-driven Filters, PES, 0.22 µm Colcemid®m, 500 ml volume | VD21-1NO | Himedia |
|---|---|
| Quantity/Pack Size | 1 no |
| Form | Filter |
| Grade | High-grade PES membrane |
| Application | Sterile vacuum filtration |
Product Description
Vacuum-driven Filters, PES, 0.22 µm Colcemid®m, 500 ml volume | VD21-1NO | Himedia are designed to provide reliable and efficient filtration for a variety of laboratory applications. These filters are crafted with a high-grade PES membrane, ensuring exceptional performance and durability. With a pore size of 0.22 µm, they are ideal for sterile vacuum filtration, making them a crucial component in any lab setting.
Buy the best vacuum filter 0.22 µm for your lab needs today!
These vacuum-driven filters are not only efficient but also easy to use. The PES membrane ensures that the filtration process is both quick and thorough, reducing the time and effort required for sample preparation. Whether you are a student, researcher, or educator, these filters are a must-have for any lab that requires precise and reliable filtration.
Order Now to ensure your lab is equipped with the best filtration system available!
FAQs
What is the pore size of the Vacuum-driven Filters, PES, 0.22 µm Colcemid®m, 500 ml volume | VD21-1NO | Himedia?
The pore size of these filters is 0.22 µm, making them ideal for sterile vacuum filtration.
What is the material of the filter membrane?
The filter membrane is made of high-grade PES (Polyethersulfone), ensuring exceptional performance and durability.
What is the volume capacity of these filters?
These filters have a volume capacity of 500 ml, making them suitable for a wide range of laboratory applications.
Are these filters suitable for sterile vacuum filtration?
Yes, these filters are specifically designed for sterile vacuum filtration, ensuring reliable and efficient performance.
How do I use the Vacuum-driven Filters, PES, 0.22 µm Colcemid®m, 500 ml volume | VD21-1NO | Himedia?
These filters are easy to use. Simply connect them to a vacuum system and place your sample on the filter. The vacuum will draw the liquid through the filter, leaving behind the desired particles.
