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Filter Cartridge

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PRODUCT FEATURES AND TECHNICAL DETAILS

CTO Cartridge Filter:

Carbon block CTO cartridge filter complement any drinking water treatment system in a wide range of applications - drinking water, plating liquid, food industry, industry water and beverages/cooling tower.

Feature:

Removes chlorine, organics, odor smell and suspending particles
5, 10 & 25 Micron nominal filtration
High adsorption capacity
High dirt holding capacity
Excellent for pre-filtration or pre-treatment in RO applications
Designed to be used in most standard-size housings
Filter Media - Activated PAC
End Caps - Polypropylene
Inner/Outer Wraps - Spun bonded Polypropylene
Netting - Low Density Polyethylene

GAC – Granular Activated Carbon Filter:

GAC cartridge filter is designed for effective reduction of unwanted taste and odor, such as chlorine. They are engineered to allow water to enter one end pass through to be in contact with the carbon for a maximum absorption. GAC cartridge contains coconut shell based, nut shell based or coal shell base activated carbon which is highly effective at reducing certain organic chemicals such as EDB, TCE and THM in addition to reducing chlorine.

Feature:

Highly effective filtration
No leaching carbon ash
Low pressure drop
Maximum absorption
Longer service life
High performance

PP - Polypropylene Cartridge Filter:

Made from 100% pure Polypropylene, design for the reduction of dirt, rust, and unforeseen particles. Progressively loose structure from inside to outside enhance the water filter cartridge performance.

Feature:

Thermally self-bonded micro-fiber construction
Designed as water purification system and good for food contact
Graded pore structure enhances dirt holding capacity
No fiber releasing and media migration
Wide chemical compatibility
Spun fibers from a true gradient density from outer to inner surfaces
High contaminant holding capacity

Wound Cartridge Filter:

String wound cartridge offer true depth filtration with high dirt holding capacity and extremely low media migration. It is manufactured using a high speed, continuous wind process which creates a superior one piece filter with hundreds of diamond shaped tunnels that get progressively smaller from the outer diameter to the core. Finer particles are progressively tap as fluid travels to the centre of the filter allowing for much greater retention capacity than that which is associated with straight surface filter media of the same dimension and porosity.