25mm PES Syringe Filters – High Performance & Low Protein Binding
Couldn't load pickup availability
Use this text to encourage communication or promote sharing on social networks.
Advanced Filtration for Large Volume Applications
Lab Falcon’s 25mm PES Syringe Filters deliver exceptional filtration performance for large volume samples, combining high flow rates with low protein binding to ensure sample integrity in sensitive applications. These filters are particularly suited for biotechnological and pharmaceutical industries where precision is paramount.
Explore the Range:
-
25mm PES Syringe Filter 0.22µm
- Part Number: FP8012522
- Ideal for precise filtration: Maximizes sample recovery and minimizes adsorption in critical analytical tasks.
-
25mm PES Syringe Filter 0.45µm
- Part Number: FP8012545
- Optimized for high throughput: Offers efficient particulate removal for larger sample volumes without compromising filter efficiency.
Key Features:
- Material: Polyethersulfone (PES), renowned for its low protein binding and high flow rate capabilities.
- Diameter: 25mm, accommodating larger sample volumes.
- Pore Size Options: Available in 0.22µm and 0.45µm to cater to diverse laboratory needs.
- Housing: Constructed from medical-grade polypropylene, ensuring durability and chemical compatibility.
- Connection Type: Features a female luer-lock inlet and male luer-slip outlet, ensuring secure and leak-free connections.
- Packaging: Each pack contains 100 filters, designed for convenience and high-volume use.
Applications:
- Bioprocessing: Ideal for the filtration of growth media, protein solutions, and other bioprocessing fluids.
- Pharmaceutical Quality Control: Essential for batch sample preparation, ensuring consistency and purity in drug manufacturing.
- Environmental Testing: Effective for water quality analysis and other environmental assessments.
Maximize Your Lab's Filtration Capabilities:
Opt for Lab Falcon’s 25mm PES Syringe Filters for superior performance in high-volume filtration tasks. These filters are designed to meet the rigorous demands of modern laboratory environments, ensuring efficient, reliable results every time.