Lab Tested Cf-100006 Don't Wait [4E2ZqCat]

Lab Tested Cf-100006 Don't Wait [4E2ZqCat] PTFE Syringe Filters

The Lab Tested Cf-100006 Don't Wait [4E2ZqCat] PTFE syringe filters are designed to provide exceptional performance and reliability in a wide range of applications. These filters are crafted from high-quality Polytetrafluoroethylene (PTFE) membrane and a durable polypropylene overmold housing, ensuring long-lasting use and ease of handling. With their robust construction and versatile features, these syringe filters are the ideal choice for laboratories seeking precision and efficiency.

Key Features and Specifications

The Lab Tested Cf-100006 Don't Wait [4E2ZqCat] syringe filters come in two diameter options, 13 mm and 25 mm, and two pore sizes, 0.22 μm and 0.45 μm, to accommodate various filtration requirements. Their PTFE membrane is the perfect solution for aggressive solvents, liquids, and gases that can damage other membranes. This material is highly resistant to most acids, alkalis, and solvents, making it an excellent choice for preparing samples for High-Performance Liquid Chromatography (HPLC) analysis.

• PTFE Membrane: Offers resistance to aggressive solvents and chemicals.
• Multiple Sizes and Pore Sizes: Provides flexibility for various filtration needs.

Practical Applications

The Lab Tested Cf-100006 Don't Wait [4E2ZqCat] PTFE syringe filters are not only suitable for HPLC analysis but also have a wide range of practical applications. Their hydrophobic nature makes them ideal for air and gas sterilization, ensuring a sterile environment in critical processes. Additionally, these filters are perfect for applications requiring high purity and low extractables, such as in pharmaceutical and biotech industries.

• Hydrophobic Membrane: Ideal for air and gas sterilization.
• High Purity: Ensures reliable results in sensitive analyses.

With the Lab Tested Cf-100006 Don't Wait [4E2ZqCat] PTFE syringe filters, you can trust in the quality and performance that will elevate your laboratory's capabilities.