ETERNAL WORLD Activated Carbon Ceramic Ball for Water Filter Shower Filter Material Remove Chlorine
Our Product Technology:
ETERNAL WORLD, jointly developed with Shandong University, features the "LSR sustained-release technology" in conjunction with a "gradient-controlled temperature nanoscale pore sintering production process." The technical principle involves extracting pure multiple mineral elements from natural ores and compounding them into the ceramic material's skeletal framework. Leveraging ETERNAL WORLD's unique LSR sustained-release technology, this method allows mineral elements to be slowly and evenly released in water. The method's advantage lies in its ability to effectively remove harmful substances from natural ores, selectively purify specific mineral elements, compound them into ceramics, and ensure the stability and minimal loss of these elements.
Production Management
The difference between our factory's independently developed fully automatic intelligent production line and other small workshops
Activated carbon ceramic balls are advanced filtration media widely used in various industries, including water treatment,
air purification, and industrial applications. These ceramic balls combine the high adsorption capacity of activated carbon
with the structural integrity and durability of ceramic materials, providing superior performance and versatility.
Functions:
1. Adsorption of Contaminants: The activated carbon content allows the ceramic balls to effectively adsorb harmful
substances, such as chlorine, heavy metals, volatile organic compounds (VOCs), and odors from water or air.
2. Catalytic Activity: The ceramic ball’s surface can enhance catalytic reactions, improving the overall purification process
in both water and air filtration systems.
3. Water and Air Purification: These balls are ideal for removing impurities from water and air, maintaining high standards
of cleanliness and hygiene.
4. Enhanced Chemical Resistance: The ceramic structure offers resistance to corrosion, ensuring long-term stability and
effectiveness in harsh environments.
5. Microbial Control: The material can help reduce bacterial growth, contributing to the overall sanitization of treated media.
