从China供应商批发进口Agglomerated Granular Activated Carbons — FOB条款

Agglomerated Granular Activated Carbons from Datong Jinsheng Haoda Coal Industry Co., Ltd. are produced using low-ash, low-sulphur bituminous coal as the raw material. The coal undergoes an agglomeration process followed by steam activation, resulting in a product with high internal surface area and exceptional hardness. This combination of properties enables the carbon to effectively adsorb organic pollutants, both large and small molecules, as well as taste and odor compounds from water sources.

The granular structure of these activated carbons ensures durability, allowing them to withstand repeated backwashing and resist abrasion in filtration systems. Typical for granular activated carbons in water treatment, the product exhibits a well-developed pore structure, with mesopores and micropores that enhance its adsorption capacity. The material is also designed to maintain its integrity under the mechanical stresses of continuous use in industrial applications.

These activated carbons are primarily used in the treatment of surface and groundwater to produce clean drinking water. Municipal water treatment plants and industrial facilities rely on them for their ability to remove contaminants efficiently. The product’s versatility and robustness make it suitable for a broad selection of filtration and adsorption applications in environmental and chemical processing industries.

Datong Jinsheng Haoda Coal Industry Co., Ltd. is located in Xihanling Town, Yungnag District, Datong, Shanxi Province, China. The company’s address places it in a region known for coal production, which aligns with its specialization in coal-based activated carbons.

The supplier holds a Harbor trust tier, indicating a baseline level of verification. While specific details such as response rate and average response time are not available, the company’s focus on agglomerated granular activated carbons suggests a commitment to producing high-performance materials for industrial and environmental applications.