Pro-source PP25WP470-PRO 25 Micron Size 5 Bag Filter

Product Description

The PRO-SOURCE PP25WP470-PRO is a 25-micron, Size 5 semi-rigid polypropylene bag filter designed for liquid filtration applications. It measures 4 inches in diameter and 18.5 inches in length, providing 1.75 square feet of filtration area. The polypropylene body construction offers broad chemical compatibility and handles process fluids up to 194 degrees F. This filter handles flow rates up to 176 gallons per minute, making it suitable for high-demand industrial and commercial filtration systems. Installation is typically performed by maintenance technicians, industrial plumbers, or filtration system specialists.

This bag filter is rated for liquid filtration service in industrial process systems, water treatment applications, and commercial fluid handling equipment. It is engineered to fit Size 5 bag filter housings, including the CBC1D2T and CBG1D2T housing models. The semi-rigid construction helps the bag maintain its shape under flow, reducing bypass risk and supporting consistent filter performance throughout the service interval.

Key Features

• 25-micron filtration rating for removal of particulate in liquid streams
• Size 5 bag format with 1.75 square feet of effective filtration area
• Polypropylene body material for chemical resistance and durability
• Rated for continuous service up to 194 degrees F
• Maximum flow rate of 176 gallons per minute
• Semi-rigid construction minimizes bag collapse and bypass

Compatibility

Designed to fit Size 5 bag filter housings, including the CBC1D2T and CBG1D2T models. Verify housing inlet size and bag size rating before installation.

Installation Notes

Shut down and depressurize the filtration system completely before opening the housing and replacing the bag. Inspect the housing o-ring or gasket for wear and replace if necessary to prevent bypass. Follow the housing manufacturer's torque guidance for lid closure. Disposal of used filter bags should comply with applicable local regulations based on the fluid being filtered.