Brief: This video explains the main functions and practical uses of the PHFLH Series High Flow Filter Cartridge in a clear, step-by-step format. You will see how this high-temperature water filter is designed for power plant condensate water treatment, featuring a demonstration of its iron removal capabilities, thermal construction, and how it reduces chemical usage and boiler tube failures.
Related Product Features:
A single cartridge achieves a high flow rate of up to 110 m³/h for efficient water treatment.
Constructed with special materials suitable for high-temperature conditions up to 121°C.
Features a stainless steel outer cage that ensures high strength and durability.
Filtration systems are 50% smaller than typical systems, saving space and capital costs.
Inside-to-outside flow direction ensures all contaminants are effectively captured.
Reduces chemical hold by up to 50%, minimizing contamination-related boiler tube failures.
Thermal melting welding of end caps and filter layers provides wide chemical compatibility.
Easy to service with a sealing mechanism that ensures maximum filtration integrity during replacement.
FAQs:
What is the maximum operating temperature for the PHFLH Series filter cartridge?
The maximum operating temperature for the pleated polyester filter media is 121°C, making it ideal for high-temperature applications in power plants.
How does the filter cartridge help reduce boiler tube failures?
It controls metal and silica solid contamination in condensate water, which helps eliminate contamination-related boiler tube failures and reduces chemical hold by up to 50%.
What flow rate can a single filter cartridge handle?
A single 60-inch PHFLH Series filter cartridge can achieve a suggested design flow of 110 m³/h, providing high efficiency in a compact footprint.
What materials are used in the construction of the filter cartridge?
The filter media and support are made of polyester, end caps are glass fiber reinforced polypropylene, and seals are available in NBR, EPDM, silicone, or Viton for wide chemical compatibility.