How powerful is the gold coconut shell carbon's ability to attract gold? The gold coconut shell carbon is a relatively rare type during the production of activated carbon. Its rarity is due to its complex manufacturing process, low yield, but its applications are highly valuable. It exists in many gold refining fields. The adsorption ability of the gold carbon is related to the manufacturing process and usage method of the refining enterprises.

Adsorption capacity is one of the key properties of various activated carbons, and Jintan (gold carbon) is no exception. The process environment that manufacturers can determine the adsorption amount in production is activation. There are many methods of activation, such as steam activation, silver-loaded activation, and zinc chloride activation, among others. Under this environment, the costs of different methods vary. If activated carbon using steam activation is sold as gold carbon, profits can increase several times, which is a great temptation for many. Additionally, it is difficult for people to distinguish gold carbon with the naked eye, and there are no relevant professional testing instruments, leading to a significant presence of counterfeit gold carbon in the market. The attraction of gold carbon is related to enterprise usage. Primarily, gold carbon is considered precious not because it is used to adsorb gold, but because it is extremely difficult to produce at the factory level.

Coconut Shell Gold Carbon used to be made from various coconut shells or charcoal materials. To enhance its porosity during production, multiple activation methods are employed to produce the gold carbon. The yield of finished coconut shell gold carbon from raw materials to the final product is less than 5%, which is sufficient to illustrate its preciousness. As such, many companies are very cautious when using it. They do not add it in standard quantities but rather add a continuous, small amount of gold. While this method reduces waste of gold carbon, it also diminishes its adsorption capacity. During the gold adsorption process, factors such as temperature and water flow speed are crucial in determining the amount of gold absorbed. Missing these factors will lead to a decrease in gold adsorption and result in greater losses for gold refining companies.

Coconut shell gold charcoal has a significantly higher cost than coal-based activated carbon, and the material of finished activated carbon is generally not easily recognized by the general public. In the market, unscrupulous sellers often exploit the weakness of consumers' inability to discern the material, substituting coal-based activated carbon for coconut shell gold charcoal. This phenomenon is severe in both the civil and industrial sectors.

Here are several simple methods to differentiate.

Coconut Shell Golden Carbon falls under the category of fruit shell activated carbon. Its main characteristics include low density and a light texture. It feels notably lighter in hand than coal-based activated carbon. The volume of coconut shell golden carbon is generally larger than that of coal-based activated carbon for the same weight.

2. Coconut shell activated carbon typically comes in granular or flake shapes, while shaped activated carbons such as columnar or spherical activated carbons are mostly coal-based.

3. Due to its low density and light texture, coconut shell activated carbon can float in water. Typically, charcoal sinks to the bottom of the water rather quickly, whereas...