Bevpor PS is an advanced membrane filter cartridge designed for the beverage industry to meet and surpass these criteria.

Specifically developed as a beverage grade cartridge, Bevpor PS utilises an advanced polyethersulphone membrane configured to provide high flow and cost effective performance. The membrane has an asymmetric pore structure which provides graded filtration throughout its depth, resulting in an increased capacity to hold contaminants. Componentry has been selected to maximise mechanical strength and chemical compatibility enabling the filter to withstand repeated chemical cleaning and sterilisation.

BEVPOR WG filters have been designed for the sterilization of process / service water to ensure microbial hazards are controlled within beverage processing applications, particularly aseptic filling operations.

Specifically developed as a beverage grade cartridge, BEVPOR WG utilizes an advanced polyethersulphone membrane configured to provide high flow and cost-effective performance. The membrane has an asymmetric pore structure which provides graded filtration throughout its depth, resulting in increased capacity to hold contaminants. Componentry has been selected to maximize mechanical strength and chemical compatibility enabling the filter to withstand repeated chemical cleaning and sterilization.

• Sterilization of utility water for aseptic filling operations.
• Sterilizing grade 0.2µm PES membrane.

PEPLYN HA filter cartridges have been specifically designed to provide the optimum solution for particulate removal in liquid clarification applications. The filtration media balances a high surface area and closely controlled porosity, in a configuration that maximizes the cleaning efficiency of the cartridge through backwash procedures.

Capture of larger insoluble particulate is predominantly on the surface of the media, where the rigid, open pleat structure ensures that backwash cleaning provides effective removal

Smaller colloids are retained throughout the depth of the graded density PEPLYN media, providing accurately defined retention under the variable particulate loading conditions typical in clarification applications.