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Product application:

Coconut shell activated carbon is a widely used industrial adsorbent that uses charcoal, various fruit shells, and high-quality coal as raw materials. It is processed and manufactured through a series of processes such as crushing, sieving, catalyst activation, rinsing, drying, and screening through physical and chemical methods.

Since its inception in 1900, coconut shell activated carbon has experienced two major events in its application. One is that it was used to manufacture Gas mask in the World War I in the 1920s; Secondly, in the 1940s, hundreds of waterworks used activated carbon for deodorization. The adsorption properties of coconut shell activated carbon stem from its unique molecular structure. There are many pores inside the coconut shell activated carbon, and the internal pores per gram of coconut shell activated carbon can reach 500-1700 square meters if spread out. It is precisely this unique internal structure that makes coconut shell activated carbon have excellent adsorption capacity, and the application of coconut shell activated carbon is very extensive.

Product Introduction:

1. Coconut shell activated carbon has a small molecular pore structure. When placed in water, the air released by coconut shell activated carbon when adsorbing water molecules produces many very small water bubbles (which can be seen with the naked eye), densely floating towards the water surface. Coal based coconut shell activated carbon generally has a large molecular pore structure, and the generated bubble phase is also relatively large.

2. Coconut shell activated carbon with the same weight generally has a larger volume than coal based columnar activated carbon. Coconut shell activated carbon belongs to the category of fruit shell coconut shell activated carbon, which is mainly characterized by low density, light touch, and significantly lighter weight in hand than coal based coconut shell activated carbon.

3. Coconut shell activated carbon is generally in the form of broken particles or flakes, while formed coconut shell activated carbon, such as columnar or spherical coconut shell activated carbon, is mostly coal based carbon.