Cytiva Whatman Rezist In-Line Disk Filter

The Cytiva Whatman Rezist In-Line Disk Filter is a versatile filtration solution for laboratory and industrial applications. Boasting a filter diameter of 50mm and constructed from PTFE, it is designed to offer extensive chemical resistance and reliability. Its 0.2µm pore size makes it adept at efficiently trapping particulates and microorganisms, ensuring the purity of gases and liquids in various settings. Available as a pack of 10, these in-line filters provide cost-effective and high-volume processing capabilities for many routine processes.

The non-sterile nature of the Whatman Rezist In-Line Disk Filter makes it suitable for non-critical applications requiring robust filtration performance. Its integration into gas and liquid filtration systems safeguards against particulate contamination while maintaining flow-rate efficiency. Whether used in laboratory air analysis or system protection, the filter aligns with the stringent demands of modern scientific environments, affording users confidence in their outcomes.

• Constructed from PTFE, the Whatman Rezist In-Line Disk Filter offers excellent chemical resistance, ensuring durability and longevity even in harsh environments.
• The 0.2μm pore size is specifically designed for efficient filtration of microorganisms and fine particulates, ensuring high purity of the filtered medium.

• The Cytiva Whatman Rezist In-Line Disk Filter is designed for reliable particulate and microorganism retention, making it ideal for laboratory use, particularly in filtration of gas and liquids, air analysis, and protecting systems from particulate contamination.

1. What is the primary use of the Whatman Rezist In-Line Disk Filter?
The primary use is for the effective filtration of gases and liquids, offering reliable particulate and microorganism retention.

2. Is the Whatman Rezist Filter autoclavable?
No, this specific model is non-sterile and not intended for autoclaving. It is designed for general laboratory use and non-critical applications.