Mineral Granules-manufacture,factory,supplier from China

Condensate neutralizing granules were designed by our group in 2017. It is made of several kinds of natural mining materials, binding with inorganic binding materials, rolling grains in a shaping machine, and is sintered in high temperatures of up to 1300 degrees.This neutralizing granule is used for neutralizing condensing water. It is made of inorganic mineral materials and has advantages such as long service life, high hardness, good effect, etc.

ETERNAL WORLD Alkaline Water Ceramic balls Neutralization Granules for Condensate Granules de neutralisation pour condensatsOur 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.

Calcium Ceramic Balls is a patent producted designed by our group. It mailny provides Calcium minerals in water. Mineral ceramic balls serve various functions in water treatment and filtration systems. These specialized balls are designed to enhance water quality and provide additional benefits. Here are some of the key functions of mineral ceramic balls:Filtration and Removal of Impurities: Mineral ceramic balls act as filtration media, effectively removing impurities, sediment, and suspended particles from water.

Mg Mineral Ceramic Ball is made of Magnesium mineral stone powder, pearl powder, and different mineral substances by means of submicron technology. It has aspects of being excessively efficient, long-lasting, and very dependable in making Mg mineral water.Magnesium Mineral Ceramic Balls:The most superior Eternal World LSR shrewd long-acting slow-release science and gradient high-temperature nanoscale micropore sintering approach is used to create magnesium mineral ceramic balls from natural mineral sources.

Rimineralize Granules were once designed through us in 2021. It adds minerals back into water that has been treated or purified, in order to restore beneficial mineral content. This remineral process is often employed in water treatment systems or devices to enhance the quality of drinking water. When water undergoes certain treatment processes, such as reverse osmosis or distillation, it can remove not only impurities but also essential minerals present in the water.

Hydrogen Water Bio Magnesium Granules have been a perfect substitute material for metal magnesium for many years. Metal Magnesium granules easily get oxidized and form a layer of black substance which we called magnesium oxidation. This substance will be peeled off and blocked in the filters. With the improved technology on metal magnesium, we produced hydrogen ceramic balls. Hydrogen Ceramic Ball is made of a range of natural mineral materials, negative potential alloy ceramic materials, and antibacterial materials.

ETERNAL WORLD Acid Water Neutralizer kit Ceramic Granules for Increases pH Granulat do neutralizacji skroplinOur 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.

ETERNAL WORLD Ceramic Balls Activated Carbon Granules for Water Remove ChlorineProduction ManagementThe difference between our factory's independently developed fully automatic intelligent production line and other small workshops1. High Adsorption Capacity: The combination of activated carbon and ceramic material enhances the adsorption efficiency, allowing the media to remove a wider range of pollutants.2.

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.

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.

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.

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.

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.

ETERNAL WORLD Food Grade Mineral Magnesium Ceramic balls Alkaline BIO Magnesium Granules for Water treatmentProduction ManagementThe difference between our factory's independently developed fully automatic intelligent production line and other small workshopsProduct information1.No dust, No turbidity.2.High magnesium content.3.Create small molecular cluster water.4.Supplement trace elements.The magnesium ion ceramic filter material is made from a variety of mineral materials and utilizes ETERNAL WORLDLSR intelligentlong-lasting slow-release technology, along with a gradient high-temperatur

ETERNAL WORLD Food Grade Mineral Calcium Ceramic balls Alkaline BIO Calcium Granules for Water treatmentProduction ManagementThe difference between our factory's independently developed fully automatic intelligent production line and other small workshopsProduct SizeAll sizes are available in stock.Product information1.No dust, No turbidity. 2.High calcium content.3.Create small molecular cluster water. 4.Supplement trace elements.The calcium ion ceramic filter material is made from a variety of mineral materials and utilizes ETERNAL WORLDLSR intelligentlong-lasting slow-release technolo

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.

ETERNAL WORLD Gas heater Acid Water Neutralization Granules for Condensate Granulat for neutralisering av kondensatETERNAL 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.

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.

ETERNAL WORLD Condensing Water Neutralizing Granules Increases PH Granulat zur kondensat-neutralisierung for Acidic WaterOur 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.

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.

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.

Magnesium (Mg) is an essential mineral that plays numerous important roles in the human body. It is involved in various physiological functions and is necessary for maintaining overall health. Here are some key functions of magnesium mineral: Enzyme Activation: Magnesium acts as a cofactor for over 300 enzymatic reactions in the body. These enzymes are involved in energy production, protein synthesis, DNA and RNA synthesis, and other vital processes. Energy Production: Magnesium is necessary for the conversion of food into energy.

Experience the transformative benefits of mineral-enriched water with our premium Mineral-Enrichment Ceramic Balls. Crafted with cutting-edge technology, these ceramic balls are designed to enhance the quality, taste, and health benefits of your drinking water.

ETERNAL WORLD Negative Potential Magnesium Granules Magnesium Ceramic Balls filter waterOur 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.