Quartz sand stone washing agent is mainly acid leaching method and compound method. The acid leaching method uses quartz insoluble in acid (except HF), and other impurity minerals can be dissolved by acid, and then further purification of quartz can be completed. The compound method uses quartz powder, and the acid can form coordination compounds with the impurity ions in the solution to further remove the impurity ions in the solution.

Quartz sand stone washing agent application method:

1. Before use, the user can determine the reasonable dosage (calculated by A and B materials) through experiments according to the appearance of the ore, the ambient temperature and the cleaning speed.

2. The company recommends the distribution of medicines as (amounts of medicines A and B):

3. Dispensing method: Put the medicine into the water according to the proportion, and use the air pump to pass the gas into the medicine pool, so that the medicine is completely dissolved, and the effect is good. The erosion and pollution effects of microorganisms on stone have been discovered for a long time. Useful removal methods are the selection of targeted killing, dissolving, differentiation and stripping biochemical cleaners.

The advantages of quartz sand stone washing agent:

1. Improve the ore purity: effectively remove the ore surface and inner layer sediments, improve the ore purity, and greatly improve the ore utilization rate.

2. Harmless to quartz ore. After cleaning, the quartz ore surface is white, bright, white and bright.

3. Introduction of economical use: Using this stone washing agent, soaking can remove ore dirt, no need to buy special cleaning equipment and equipment, and reduce the use cost.

4. Smokeless and harmless: Compared with the inherent strong acid to clean the ore, this product is smokeless and has no discomfort. Operators cannot use pure stone, depending on the form of impurities inside it. Quality analysis and then decide what approach to take. Soap oil is an animal and vegetable oil that dissolves in water when alkalis form soap, making it easier to remove.