13mm PTFE Syringe Filters – Precision & Chemical Resistance

In stock
SKU: FT8011322
Regular price $76.98
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Optimal Performance for Sensitive Analytical Methods

Lab Falcon’s 13mm PTFE Syringe Filters are meticulously designed to meet the demands of precise filtration needs. These filters deliver optimal performance for sensitive analytical methods, ensuring clarity and purity in every analysis.

Explore the Range:

  • 13mm PTFE Syringe Filter 0.22µm

    • Part Number: FT8011322
    • Ideal for precise filtration needs, these filters are perfect for applications requiring stringent particle retention to ensure clean and accurate results.
  • 13mm PTFE Syringe Filter 0.45µm

    • Part Number: FT8011345
    • Suited for fine filtration, this pore size ensures enhanced clarity and purity, making it essential for high-quality analyses.

Key Features:

  • Material: PTFE membrane, renowned for high chemical resistance & low protein binding, ensuring minimal sample interference.
  • Diameter: 13mm, perfect for small volume samples.
  • Pore Size Options: Available in 0.22µm & 0.45µm, catering to diverse analytical demands.
  • Housing: Constructed from medical-grade polypropylene, ensuring durability and compatibility with a variety of solvents.
  • Connection Type: Features a female luer-lock inlet & male luer-slip outlet, providing secure and leak-free connections.
  • Packaging: Conveniently packaged in boxes of 100 units, facilitating ease of use and storage.

Applications:

  • Analytical Chemistry: Perfect for HPLC, GC, & LC-MS sample preparation where preventing sample contamination is crucial.
  • Pharmaceutical & Environmental Testing: Effective for filtering aqueous & organic solvents, ensuring accurate results in pharmaceutical, environmental, and food & beverage testing.

Ensure Precise & Reliable Results:

Choose Lab Falcon’s 13mm PTFE Syringe Filters for their efficiency and contamination-free filtration capabilities. These filters are engineered to enhance laboratory productivity and reliability, providing precise and consistent outcomes in every application.