Product introduction

Coal-based granular activated carbon is a granular adsorption material made from high-quality coal as raw material through high-temperature activation, crushing, screening and other processes. Its unique porous structure provides a large surface area and enhances adsorption performance. Products can be customized with different particle sizes, pore diameters and strengths according to customer needs to meet the requirements of different application scenarios.

Advantage:

1. Strong adsorption capacity: Coal-based granular activated carbon has excellent adsorption performance due to its highly developed pore structure, and can effectively remove impurities in water and air.

2. Chemical stability: The activated carbon has good chemical stability at room temperature and can withstand the erosion of various chemical substances and extend its service life.

3. Renewability: Coal-based granular activated carbon can restore its adsorption performance through regeneration, reducing waste generation and improving resource utilization.

4. Multifunctional application: Suitable for purification of liquid and gaseous media, capable of removing organic matter, odors, heavy metals, colors and other pollutants.

5. Economical and affordable: Compared with other adsorption materials, the price of coal-based granular activated carbon is relatively low, providing users with an economical and affordable choice.

Application Areas:

Water Treatment: Used for drinking water and industrial wastewater treatment to remove harmful substances in the water and improve water quality.

Air Purification: Used in indoor air purification systems to remove odors and harmful gases and improve air quality.

Food and Beverage Industry: Used for decolorization, deodorization, and odor removal in food processing.

Chemical Production: As a catalyst carrier, it is used for gas purification, desulfurization, etc. in chemical processes.

Pharmaceutical Industry: Used in drug purification and separation processes to improve the purity of pharmaceutical products.