Nitrocellulose Membrane MCE, 0.8µm
Experience the precision and performance of our Nitrocellulose Membrane MCE, designed specifically for advanced diagnostic kit manufacturing applications. This unsupported, hydrophilic membrane is engineered with a unique composition of inert cellulose nitrate and cellulose acetate polymers, ensuring optimal functionality across various filtration processes.
Key Features:
- High Flow Rate: Benefit from exceptionally fast filtration rates, increasing efficiency in your laboratory workflow.
- Uniform Microporous Structure: The consistent pore structure guarantees high throughput, ensuring reliable performance in any application.
- Minimal Residue: For gravimetric analysis using ashing techniques, experience a residue yield of less than 0.045% of the initial weight.
- Hydrophilic Nature: Our membranes are treated with a noncytotoxic wetting agent, promoting efficient filtration of aqueous solutions.
- Lot-to-Lot Consistency: Rely on the uniformity and repeatability of results across multiple batches, essential for rigorous applications.
- Autoclavable: Conveniently sterilize at 121°C for 20 minutes, allowing for easy incorporation into sterile workflows.
- Stability: With a sterilized product lifetime of 24 months from the date of sterilization, ensure that your equipment is ready when you need it.
Specifications:
SKU |
Grade |
Type |
Autoclavable |
1215424 |
Plain |
Disc |
At 121°C |
1215419 |
Plain |
Disc |
At 121°C |
1215425 |
Plain |
Disc |
At 121°C |
1215426 |
Plain |
Disc |
At 121°C |
1215421 |
Plain |
Disc |
At 121°C |
1215428 |
Plain |
Disc |
At 121°C |
1215431 |
Plain |
Disc |
At 121°C |
1215432 |
Plain |
Disc |
At 121°C |
1215433 |
Plain |
Disc |
At 121°C |
Applications:
- Aqueous filtration for laboratory use.
- Food and beverage applications requiring stringent filtration standards.
- Gravimetric analysis utilizing ashing techniques.
- Microbiological and particulate analysis for environmental and quality control testing.
- Sterility testing to ensure compliance with health and safety standards.