

Anthracite Filter Media
The anthracite filter material is made of high quality white coal, which is selected, crushed and screened. The appearance is glossy Good, with polygonal granular particles, strong compressive and wear resistance, high mechanical strength, stable chemical properties, in acid, It is insoluble in neutral and alkaline water, and is generally used for double and triple filtration.
Anthracite filter media is a specialized filtration material used in water treatment systems. Manufactured from premium anthracite coal through precision selection processes, this media boasts an exceptional specific surface area that meets all requirements specified in the Ministry of Construction's (CJ/T44-199) standard. Carefully extracted from deep-sea mineral deposits, it contains the highest carbon content among anthracite materials.
- Product Description
- Specification
Product Description
Product Introduction
The anthracite filter material is made of high quality white coal, which is selected, crushed and screened. The appearance is glossy Good, with polygonal granular particles, strong compressive and wear resistance, high mechanical strength, stable chemical properties, in acid, It is insoluble in neutral and alkaline water, and is generally used for double and triple filtration.
Anthracite filter media is a specialized filtration material used in water treatment systems. Manufactured from premium anthracite coal through precision selection processes, this media boasts an exceptional specific surface area that meets all requirements specified in the Ministry of Construction's (CJ/T44-199) standard. Carefully extracted from deep-sea mineral deposits, it contains the highest carbon content among anthracite materials.
Through manual classification processes, impurities are effectively removed while reducing ash content. The filtration and rinsing procedures ensure optimal performance for water purification applications. With superior solid particle retention capabilities, anthracite significantly enhances suspended particle removal efficiency. Its low uniformity coefficient further accelerates water flow velocity, contributing to improved filtration efficiency.
Specification
Analytical projects | Test data | Analytical projects | Test data |
Fixed carbon (C) | ≥ 80% | Porosity | 47-53% |
Rate of wear | ≤ 1.4% | Density | 1.4-1.5 g/cm³ |
Percentage of damage | ≤ 1.6% | Bulk density | 0.947 g/cm³ |
Acid solubility | ≤ 3.5% | Nonuniformity coefficient | k80≤ 2 |
Sulfur content (S) | ≤ 0.05% | Copper content (Cu) | ≤ 0.025% |
Zinc content Zn | ≤ 0.04% | Other heavy metals do not exceed the national drinking water standards |

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