Description
Specifications Table
| Product Name | Vacuum-driven Filters, MCE, 0.22 µm Colcemid®m, 500 ml volume | VD3-12NO | Himedia |
|---|---|
| Quantity/Pack Size | 1 no |
| Form | Filter |
| Grade | MCE |
| Application | Sterile filtration |
Product Description
The Vacuum-driven Filters, MCE, 0.22 µm Colcemid®m, 500 ml volume | VD3-12NO | Himedia is a top-tier filtration system designed for laboratories requiring precise and sterile filtration. This product is engineered to meet the rigorous demands of scientific research and educational settings, ensuring that your samples remain uncontaminated and pure.
With a 0.22 µm MCE membrane, this filter is highly effective in removing bacteria and other microorganisms, making it an essential tool for any lab involved in microbiology, cell culture, or other sensitive applications. The 500 ml volume capacity ensures that you can handle larger volumes of liquid without the need for frequent changes, enhancing your workflow efficiency.
Ready to enhance your lab’s filtration capabilities? Shop Now!
The Vacuum-driven Filters, MCE, 0.22 µm Colcemid®m, 500 ml volume | VD3-12NO | Himedia is not just a filtration system; it’s a guarantee of quality and reliability. At eqipped, we understand the importance of having the right tools for your lab. That’s why we offer this high-quality product to ensure your experiments and research are conducted with the utmost precision.
Order Now and experience the difference in your lab’s performance!
FAQs
What is the pore size of the Vacuum-driven Filters, MCE, 0.22 µm Colcemid®m, 500 ml volume | VD3-12NO | Himedia?
The pore size of this filter is 0.22 µm, making it highly effective in removing bacteria and other microorganisms.
What is the volume capacity of this filter?
This filter has a volume capacity of 500 ml, allowing for efficient handling of larger volumes of liquid.
What are the applications of this filter?
This filter is ideal for sterile filtration in applications such as microbiology, cell culture, and other sensitive lab work.
Is this filter suitable for educational settings?
Yes, this filter is designed to meet the demands of both research and educational settings, ensuring reliable and precise filtration.
How does the vacuum-driven system work?
The vacuum-driven system uses a vacuum to pull the liquid through the filter, ensuring efficient and thorough filtration.
