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Neo-Pure 40" PS General Grade Membrane Filters

The Neo-Pure 40" PS General Grade Membrane Filters are designed for high purity applications, offering exceptional performance in a variety of industries. These filters are assembled in the USA within a class 10,000 clean room environment, ensuring the highest quality standards are met. The HP-PP Series filters feature a rigid, molded cage with thermally bonded end caps, providing greater stability and durability. With a 99% particle removal efficiency, these filters are perfect for applications where purity is paramount.

• High purity PS DOE membrane
• Assembled in the USA in a class 10,000 clean room

Product Specifications and Technical Details

The Neo-Pure General Grade Membrane Cartridges are engineered for high throughput and particle retention. Each 10" length of the GPUR Series filters offers an impressive 5.5 sq.ft of media surface area, ensuring optimal performance and efficiency. These filters are constructed with a general grade PS DOE membrane, providing a reliable solution for a wide range of applications. All materials used in the construction of these filters comply with the FDA CFR criteria for food and beverage contact, making them safe for use in sensitive environments.

• 5.5 sq.ft of media surface area per 10" length
• Complies with FDA CFR criteria for food and beverage contact

Practical Applications and Benefits

The Neo-Pure 40" PS General Grade Membrane Filters are versatile and ideal for a variety of industries, including pharmaceutical, semiconductor, and food processing. Their high purity and efficiency make them perfect for applications where particle removal is critical. Whether you are processing water, air, or other fluids, these filters offer the reliability and performance you need. By choosing Neo-Pure, you are investing in a product that is designed to enhance your process and ensure the highest quality outcomes.

• High throughput and particle retention
• Applications in pharmaceutical, semiconductor, and food processing industries