Brief: In this video, we provide an in-depth look at the PHFZ Series Backflushable Pleated Filter Cartridge, specifically designed for iron removal in power plant condensate water systems. You'll see a detailed demonstration of its welded 40" and 30" design, learn how the backflushable feature extends service life, and understand its operation with or without resin pre-coat applications in demanding industrial environments.
Related Product Features:
Specifically engineered for iron removal in power plant condensate water filtration systems.
Features a backflushable design for extended service life and reduced maintenance costs.
Available in multiple configurations including PHFZ-I (7-part), PHFZ-II (40"+30" welded), and PHFZ-III (multi-stage).
Constructed with an outer diameter of Ф69 and an integral cage for robust performance.
Operates effectively with or without resin pre-coat applications for versatile use.
Maintains optimal flow rates and pressure differentials while removing iron contaminants.
Built to handle maximum operating temperatures up to 250℃ and differential pressures up to 3.0 bar.
Designed with a recommended flow rate of 2.5 m³/h for efficient condensate polishing.
Faqs:
What is the primary application of the PHFZ Series filter cartridge?
The PHFZ series is specifically designed for iron removal in condensate water systems within power plants, ensuring reliable performance in demanding industrial environments.
Is the PHFZ Series filter cartridge backflushable?
Yes, the PHFZ series features a backflushable design, which extends service life and reduces maintenance costs by allowing for efficient cleaning and reuse.
What configurations are available for the PHFZ Series?
The PHFZ series is available in three configurations: PHFZ-I with a 7-part construction, PHFZ-II with a 40"+30" welded design, and PHFZ-III with a multi-stage 20"+20"+20"+10" design.
What is the recommended flow rate for the PHFZ Series filter cartridge?
The recommended flow rate for the PHFZ series is 2.5 m³/h, with a design range of 2.2 to 2.8 m³/h for optimal performance in condensate polishing applications.