Description
Specifications Table
| Product Name | Vacuum-driven Filters, MCE, 0.45 µm Colcemid®m, 500 ml volume | VD6-12NO | Himedia |
|---|---|
| Quantity/Pack Size | 12 no |
| Form | Filter |
| Grade | MCE |
| Application | Lab vacuum filtration system |
Product Description
Vacuum-driven Filters, MCE, 0.45 µm Colcemid®m, 500 ml volume | VD6-12NO | Himedia are designed for efficient and reliable filtration in laboratory settings. These filters are equipped with a mixed cellulose ester (MCE) membrane, which ensures high retention and low protein binding, making them ideal for various applications, including cell culture, microbiology, and environmental monitoring.
With a pore size of 0.45 µm, these filters are perfect for sterilizing liquids, removing bacteria, and clarifying solutions. The 500 ml volume capacity ensures that you can handle larger volumes without frequent changes, enhancing productivity in your lab.
The vacuum-driven design simplifies the filtration process, allowing for quick and easy operation. The filters are compatible with standard vacuum filtration systems, making them a versatile choice for any lab setup.
Ready to enhance your lab’s filtration capabilities? Shop now for vacuum filter 0.45 µm and experience the difference in quality and performance.
FAQs
What is the pore size of the Vacuum-driven Filters, MCE, 0.45 µm Colcemid®m, 500 ml volume | VD6-12NO | Himedia?
The pore size of these filters is 0.45 µm, making them suitable for sterilizing liquids and removing bacteria.
Can these filters be used for cell culture applications?
Yes, these filters are ideal for cell culture applications due to their high retention and low protein binding properties.
What is the volume capacity of these filters?
The volume capacity of these filters is 500 ml, allowing for efficient handling of larger volumes.
Are these filters compatible with standard vacuum filtration systems?
Yes, these filters are designed to be compatible with standard vacuum filtration systems, ensuring versatility and ease of use.
What is the material of the membrane in these filters?
The membrane in these filters is made of mixed cellulose ester (MCE), which provides high retention and low protein binding.
