Holiday Special Neo-pure 30" Ps General Grade Membrane 0.4 Micron Doe Teflon Gasket With A 35% Price Cut [1bmhKsD9]

Neo-Pure 30" PS Membrane Filters

The Neo-Pure 30" PS General Grade Membrane Filters are designed for high purity applications, providing exceptional performance in critical environments. These filters are assembled in the USA within a class 10,000 clean room environment, ensuring the highest standards of quality and purity. With their rigid, molded cage and thermally bonded end caps, these filters offer superior stability and durability. Key features include:

• High Purity PS DOE Membrane
• 0.4 micron DOE Teflon Gasket
• 5.5 sq.ft of media surface area per 10" length

Product Specifications and Technical Details

The Neo-Pure General Grade Membrane High Purity PS DOE Cartridges are engineered for optimal performance in a variety of applications. Each filter is constructed with a PS DOE membrane, providing a 0.4 micron particle removal efficiency. The Teflon gasket ensures a secure seal, further enhancing the filter's effectiveness. These filters are available in lengths of 10" and offer a media surface area of 5.5 sq.ft, making them ideal for high throughput applications. Additional specifications include:

• Class 10,000 clean room assembly
• Compliance with FDA CFR criteria for food and beverage contact

Practical Applications and Benefits

The Neo-Pure 30" PS Membrane Filters are versatile and suitable for a wide range of industries, including pharmaceutical, biotechnology, and food and beverage processing. Their high purity and efficiency make them an essential tool for maintaining clean and safe environments. With their superior particle removal efficiency and stability, these filters are ideal for applications where contamination cannot be tolerated. By investing in Neo-Pure filters, you can ensure the quality and safety of your products, and benefit from a cleaner, healthier environment. Targeted applications include:

• Pharmaceutical manufacturing
• Biotechnology research
• Food and beverage processing