Simple Identification Method Of Activated Carbon Quality

For further adsorption of activated carbon, the more the pore structure of activated carbon, the more pores, the larger the volume of activated carbon, and the smaller the relative density. Therefore, a good activated carbon feels particularly light and has many pores. In the same situation, good-quality activated carbon is much larger than inferior activated carbon.

Similarly, in order to prove the size of the activated carbon pore density, a simple method is to put a small amount of activated carbon into the water. Due to the water penetration effect, the water will gradually immerse into the pore structure of the activated carbon, forcing the air in the pores to be discharged, resulting in a series of extremely For small bubbles, a small bubble line is drawn in the water. It can be seen that the more violent this phenomenon occurs, the longer the duration, the better the adsorption of activated carbon. This method is easy to operate, but the application condition is to distinguish a small amount of activated carbon from packaging. About a large amount of activated carbon. Can't remove the interference of very few untreated activated carbon

It must be an enterprise that consumes activated carbon: when purchasing, it is necessary to see where the activated carbon consumer is. Gongyi Jingyu Filter Material Co., Ltd. specializes in the sale of filter materials, mainly operating for various high-quality activated carbon and filter materials. If you can find activated carbon packaging wherever you want to sell it, it is a lie, it is still used, it has no effect, and it is not known.

Consumers should pay attention to the size of the particles when purchasing, the particles can not exceed 2mm: the rules of the activated carbon particles in the specification should be 20-40 mesh, converted to the unit we can understand is about 0.5 ~ 1.5mm Activated carbon with a diameter of 2 mm or more has the effect that activated carbon without small particles is effective.