MFE-PRNG : Microfiltration element Prepor NG 0.6 µm 30/3″

Micro filtration element Prepor NG (the final filtration element for final product).  Consumable filtration material for MFS filters.

• Absolute capturing of yeast
• Reduction of bacteria
• Porosity 0.5 µm
• Length 30″

PREPOR NG microfiltration element

The new range of PREPOR NG filter cartridges are available for use in pre-stabilization applications in beer, wine, and bottled water processing.  Designed utilizing the company’s considerable expertise in the beverage markets, and in close cooperation with leading beverage producers, the PREPOR NG range of prefilters provides excellent process control, high efficiency and security.  Strong and durable construction ensures increased service life and minimal process downtime versus other products on the market.

PREPOR NG filters effectively address the need for control of microbial loading of bright beer following upstream clarification stages and before intermediate storage.  Such control is also important in the wine industry to provide stability during storage and transport, and to ensure that the finished product maintains and develops its desirable characteristics after packaging.  In the bottled water sector, careful and advanced design ensures that PREPOR NG filters provide protection from external contamination and reduce colloidal particulate and regulated micro-organisms over extended periods of use.

PREPOR NG filters are suitable for operation at temperatures up to 70 ºC continuous. The new filter cartridges conform to the relevant requirements of FDA 21CFR Part 177, current EC1935 / 2004 and current USP Plastics Class VI – 121 ºC and ISO10992 equivalents.

Features and benefits

• Fully validated microbial reduction
• Truly optimized graded density using unique optimized depth construction technology
• Mechanically strong and chemically resistant polypropylene construction designed for chemical CIP and backwash
• Improved retention efficiency and dirt holding capacity
• Stable, reliable retention efficiency throughout the service life