High Efficient Removal Chlorine Activated Carbon Filter

Product

material:

PP, active carbon, ceramic, cotton, diatomite, fiberglass, microfiber, paper, etc

feature :

activated carbon filter element

1. quality control system: ISO9001-2008
2. function: water filter
3. filter fineness: 1-70 micron
4. easy to instal
5. service life: 4000-6000h
6. structure strength: 1.0Mpa, 2.0Mpa, 16.0Mpa, 21.0Mpa, etc
7. completely interchangeable with original element
8. wide range of types are available
9. any size
10. sample is available
11. energy efficient filters
12. efficiency: 99.99%
13. high integrity design to save your space
14. OEM product is welcomed

OEM serivce:

YES

Specifications:

activated carbon filter element   

1. Introduction:Activated carbon filter element is a new type deep layer filtrating product . It using active carbon particles to low hot melt sexual binder , continuous extrusion sintering forming . The innermost of filter element is PP skeleton use it to strengthen compression strength of filter element . There are two layer PP fiber felt on the skeleton , can stop the more than 10 microns particles which brought out by the liquid through carbon core . Outer sphere of carbon core have two layer PP superfine fiber felt , can stop the more than 10-20 microns particles which in liquid , so the filter element have double function – filtrating and cleansing . It can effective move organic matter in liquid , particulate , rust , residual chlorine , peculiar smell . etc .
2. Scope of application :Activated carbon filter element are widely used in pure want , electroplating line , printed circuit board , coating , solvents , detergent , medicine water , oral liquid , pharmaceutical injection , beverage , wine industries liquid filtration , compressed air filtrating , air filtrating .
3. Performance index :

• Iodine adsorption value : 900 mg/g
• Benzene adsorption value : 20-25 %
• Methylene blue adsorption values : 13-16 ml/g
• Removal rate of COD : 58.25 %
• Residual chlorine removal rate : more than 96.83 %