Your New Favorite Neo-pure 40" High Purity Pp 1 Micron 222/fin Viton Sealer Save 45% Now [GOLNiAWX]

Neo-Pure High Purity Filter Cartridges

The Your New Favorite Neo-pure 40" High Purity Pp 1 Micron 222/fin Viton Sealer Save 45% Now [GOLNiAWX] Cartridges are designed for applications that demand the highest level of purity. These cartridges are meticulously assembled in the USA within a class 10,000 clean room environment, ensuring that they meet the stringent standards required for critical applications. The HP-PP Series filters are built with a rigid, molded cage and thermally bonded end caps, providing exceptional stability and durability.

Key Features and Specifications

The Neo-Pure HP-PP Series filters offer a remarkable 5.5 sq.ft of media surface area per 10" length, which translates to high throughput and superior particle retention. With a 99% particle removal efficiency, these filters are ideal for applications where the purity of the fluid is paramount. The filter materials are fully compliant with the FDA CFR criteria for food and beverage contact, making them suitable for a wide range of industries. Here are some of the key features and specifications:

High Purity: Assembled in a class 10,000 clean room environment.

Stability: Rigid, molded cage with thermally bonded end caps.

Efficiency: Up to 99% particle removal efficiency.

Compliance: Meets FDA CFR criteria for food and beverage contact.

Applications and Benefits

The Your New Favorite Neo-pure 40" High Purity Pp 1 Micron 222/fin Viton Sealer Save 45% Now [GOLNiAWX] Cartridges are versatile and suitable for a variety of high-purity applications. Whether you are in the pharmaceutical, biotech, or food and beverage industry, these filters provide the necessary protection to ensure the integrity of your products. The benefits of using these cartridges include:

Enhanced Purity: Ensures the highest level of purity for your applications.

Longevity: Durable design for extended filter life.

Reliability: High efficiency and stability in critical applications.