Description
Specifications Table
| Product Name | Vacuum-driven Filters, Nylon, 0.45 µm Colcemid®m, 150 ml volume | VD7-4NO | Himedia |
|---|---|
| Quantity/Pack Size | 150 ml volume |
| Form | Filter |
| Grade | Colcemid®m |
| Application | Lab filtration |
Product Description
Vacuum-driven Filters, Nylon, 0.45 µm Colcemid®m, 150 ml volume | VD7-4NO | Himedia are designed to provide efficient and reliable filtration for various laboratory applications. These filters feature a 0.45 µm nylon membrane, ensuring high precision and effectiveness in filtering out unwanted particles.
Ideal for use in research labs, educational institutions, and industrial settings, these filters are part of a comprehensive lab vacuum filtration system. The 0.45 micron nylon filter is particularly suited for applications requiring fine filtration, such as in biological and chemical analyses.
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These vacuum-driven filters are not only practical but also durable, ensuring long-term use and consistent performance. The 150 ml volume capacity makes them suitable for a wide range of filtration tasks, from small-scale experiments to larger-scale processes.
Whether you are a student, researcher, or educator, these filters are an essential tool in your lab. With their high-quality construction and precise filtration capabilities, they help ensure accurate and reliable results in your experiments.
FAQs
What is the pore size of the Vacuum-driven Filters, Nylon, 0.45 µm Colcemid®m, 150 ml volume?
The pore size of these filters is 0.45 µm.
Can these filters be used for biological samples?
Yes, these filters are suitable for biological samples due to their precise 0.45 µm pore size.
What is the volume capacity of these filters?
These filters have a volume capacity of 150 ml.
Are these filters reusable?
These filters are designed for single-use to ensure optimal filtration performance and avoid cross-contamination.
What are the applications of these filters?
These filters are ideal for various lab applications, including biological and chemical analyses, where fine filtration is required.
