10″ STD Carbon Block Filter Element

Activated carbon block filter is an ideal medium for treating contaminants in water, offering a large surface area for the adsorption of dissolved matter. Building upon this, the solid carbon block enhances the medium by preventing channeling, increasing surface contact time, and enabling custom pore formulation for mechanical filtration. Carbon Blocks are one of the most effective and widely used technologies in the Point Of Use (POU) drinking water treatment industry.

Function Of An Activated Carbon Block Filter Cartridge:

Carbon block filters are made from activated carbon. Its function is to adsorb chemical impurities and contaminants in drinking water. Carbon filters are widely used to remove chlorine, taste, odor, and color.

Function:

CTO filter cartridge is widely used in industrial water treatment, household machines, and so on. It requires a CTO filter cartridge as the third stage of pretreatment. It is a link that cannot be removed during the pretreatment process. If the RO system is not equipped with a CTO filter cartridge, water directly enters. RO membrane, there are too many microorganisms that have been treated, bacterial viruses will block in the RO membrane, and the water has taste and color, the life of the RO membrane will be shortened, and the final quality of the water will also be affected.

Benefits

Active removal of man-made and natural contaminants such as Chlorine, Benzene, Simazine, Lindane, and many more.

What is activated carbon (charcoal) and why is it specifically used in filters?

What is the difference between Charcoal and Activated Charcoal?
Activated charcoal has been treated with oxygen to open up millions of small pores between the carbon atoms. Special manufacturing techniques have been used and this results in highly porous charcoals that have surface areas of approximately 300-1900 square meters per gram. These active charcoals are used to adsorb odorous or colored substances from a wide variety of liquids and gases alike. The importance here is absorption.
When a material adsorbs something, it attaches to it by a specific chemical attraction. The immense surface area of activated charcoal gives it countless bonding opportunities. When certain chemicals pass close to the surface of the carbon, they get attached to it and are not allowed to pass any further.
Activated charcoal is good at capturing certain carbon-based impurities and is also actively used to capture chemicals like chlorine.