activated carbon">Powdered coal-based activated carbon is a fine-particle activated carbon produced from coal as the raw material through physical or chemical activation processes. It features a highly developed pore structure, a large surface area, and strong adsorption capacity.

Main specifications of coal-based powdered activated carbon:

Particle size: 200 mesh/325 mesh

Iodine value: 400-1000 iodine

Methylene blue: 80-180

Ash content: 12-18%

Moisture content: 5-8%

The main characteristics of powdered coal-based activated carbon are as follows:

1. High adsorption performance: The powdered coal-based activated carbon possesses excellent adsorption capabilities, effectively removing organics, chlorine, odors, and other impurities from water.

2. Uniform particle size: The uniformity of the particle size of powdered activated carbon ensures stable adsorption effects and enhances filtration efficiency.

3. Strong heat resistance: Even in high-temperature environments, powdered activated carbon maintains stable adsorption performance, suitable for high-temperature water treatment.

4. Environmental friendly and non-toxic: No harmful substances are added during the production of powdered coal-based activated carbon, making it friendly to the environment and harmless to humans.

5. Good chemical stability: Powdered activated carbon is stable under acidic and alkaline conditions, does not decompose easily, and has a long service life.

6. Simple operation: Powder activated carbon is easy to dose and recover, simplifying the operation and reducing production costs.

7. Wide range of applications, including water treatment, air purification, pharmaceuticals, chemicals, and other fields.

The product is widely used in the following areas:

1. Water treatment: Used for removing organics, odors, pigments, and heavy metal ions from water to improve water quality.

2. Food industry: Used as an absorbent in food production for decolorization, deodorization, and removal of harmful substances.

3. Pharmaceutical production: Used in the pharmaceutical process to adsorb impurities and harmful substances, ensuring drug purity.

4. Chemical industry: Used for adsorbing harmful gases, solvents, and organics to reduce pollution.

5. Environmental protection field: Used in waste gas treatment to remove volatile organic compounds (VOCs) and harmful gases.

6. Perfumes and oils: Used for decolorization, deodorization, and purification to enhance product quality.

7. Coatings and inks: Used as a filler to improve the opacity and dispersibility of coatings.