Description
Key Features:
- Membrane Materials:
- Cellulose Nitrate (CN): Known for its excellent filtration efficiency and low protein binding, ideal for applications requiring high flow rates and particulate retention.
- Nylon-66 (NN): Offers superior mechanical strength, chemical resistance, and low extractable levels, making it suitable for more demanding filtration tasks.
- Micron Ratings:
- 0.2 micron: Perfect for sterilization and removal of bacteria and fine particulates, ensuring high purity.
- 0.45 micron: Suitable for general clarification and bioburden reduction.
- 0.8 micron: Effective for coarse filtration and pre-filtration applications.
- Disc Sizes:
- 142 mm: A larger disc size that provides a greater surface area for filtration, suitable for high-volume applications.
- 293 mm: Ideal for very high flow rates and large-scale filtration processes, offering extensive filtration capacity.
- Applications:
- Laboratory Research: Used for sample preparation, microbial analysis, and clarification of solutions.
- Pharmaceuticals: Ideal for filter sterilization of media, buffers, and drug formulations.
- Food and Beverage: Ensures the safety and quality of liquid products by removing contaminants.
- Environmental Monitoring: Effective for filtering water and air samples to monitor pollutants and particulates.
- Benefits:
- High Filtration Efficiency: Provides reliable removal of particulates and microorganisms, ensuring product safety and process reliability.
- Versatility: Suitable for a wide range of applications due to the availability of various micron ratings and disc sizes.
- Low Binding: Cellulose Nitrate and Nylon-66 membranes offer low binding characteristics, preserving the integrity of filtered samples.
- Ease of Use: Compatible with standard filtration setups, facilitating easy integration into existing systems.
Cellulose Nitrate (CN) and Nylon-66 (NN) Membrane Disc Filters, available in sizes of 142 mm and 293 mm and various micron ratings, are essential tools for achieving high-quality filtration and ensuring the accuracy and reliability of diverse applications.
