ORP Water Negative Potential Ball Hydrogen Rich Water Treatment Ceramic Ball-manufacture,factory,supplier from China

(Total 24 Products for ORP Water Negative Potential Ball Hydrogen Rich Water Treatment Ceramic Ball)
Main Functions (1) Make Hydrogen Water  Filter Ceramic Ball  Filter Ceramic Ball Filter Ceramic Ball Filter Ceramic Ball  Filter Ceramic BallWhen we put hydrogen ceramic balls into water, they produce a large amount of micro bubbles and make natural hydrogen dissolved water.
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ORP Water Negative Potential Ceramic Ball is made of a range of natural mineral materials, negative potential alloy ceramic materials, and antibacterial materials. It takes Eternal World LSR intelligent long-term gradually-releasing technology, combines with gradient high-temperature nanomicropore sintering process that increases the efficiency of hydrogen production. Not constrained by water temperature, hydrogen will be released when it contacts with water. Fine hardness ensures no dust or odor free.
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ETERNAL WORLD Negative Potential Tablet ORP Ceramic Tablet Hydrogen Rich Ceramic DiscProduct Functions & Application:Function:Water softening, Water purification, Chlorine removal, Antibacterial, Activation of small molecular cluster water etc.Applications:★ Household applications ★ Municipal water treatment ★ Food and beverage industry ★ Chemical and petrochemical industry ★ Pharma and biotechnology industry ★ Pet Industry ★ Smart home industry ★ Hydrogen Energy IndustryProduction ManagementThe difference between our factory's independently developed fully automatic intelligent
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ETERNAL WORLD Alkaline Mineral ORP Negative Water Filter Disc Hydrogen Water Ceramic TabletProduction ManagementThe difference between our factory's independently developed fully automatic intelligent production line and other small workshops1600ppbHydrogen production concentration up to 1600ppb, efficient and long-lasting-800mvReduce orp and produce negative potential water
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ORP balls, also known as Oxidation-Reduction Potential balls, are a type of water treatment media designed to modify the Oxidation-Reduction Potential (ORP) of water. ORP is a measure of the oxidizing or reducing power of a substance or solution. ORP balls are commonly used in water filtration systems and are claimed to provide various benefits. Here are some key points about ORP balls:Key Features:ORP modification: ORP balls are designed to modify the ORP of water by either increasing or decreasing its oxidizing potential.
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ETERNAL WORLD H2 Molecular Hydrogen Rich Tablet for Cup Bottle Healthy HydrationProduct Features:- Manufacture of Small Molecular Cluster Water.- Adjust the pH to around 9 to produce mildly alkaline water.- Can release various trace elements beneficial to the human body.1600ppbHydrogen production concentration up to 1600ppb, efficient and long-lasting-800mvReduce orp and produce negative potential waterSize: 22*7mm/Customized sizeETERNAL WORLD Technology Invention Patent
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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.
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ETERNAL WORLD High quality Hydrogen Water Tablet hydrogen Rich Ceramic Tablets for Water bottle1600ppbHydrogen production concentration up to 1600ppb, efficient and long-lasting-800mvReduce orp and produce negative potential waterProduct Features:- Manufacture of Small Molecular Cluster Water.- Adjust the pH to around 9 to produce mildly alkaline water.- Can release various trace elements beneficial to the human body.
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Antioxidant Kangen Water Ceramic Balls are a type of ceramic material used in water filtration systems to produce antioxidant-rich water, often referred to as Kangen Water. These ceramic balls are typically made from a combination of minerals, including tourmaline, maifan stone, far infrared ceramic balls, and other proprietary ingredients. The purpose of using these ceramic balls is to enhance the water's antioxidant properties by increasing its negative ORP (Oxidation-Reduction Potential).
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Hydrogen Ceramic Ball is made of a range of natural mineral materials, negative potential alloy ceramic materials, and antibacterial materials. It takes Eternal World LSR intelligent long-term gradually-releasing technology, combines with gradient high-temperature nanomicropore sintering process that increases the efficiency of hydrogen production. Not constrained by water temperature, hydrogen will be released when it contacts with water. Fine hardness ensures no dust or odor free.
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Relate News
The recently concluded Dubai International Water Treatment Exhibition (WETEX 2024) brought us substantial gains. The theme of this exhibition focused on the latest technologies in the water treatment industry and future development trends, providing a platform for in-depth communication among attendees.At the exhibition, we actively participated in several forum activities, listening to industry experts share insights and learning about the latest water treatment technologies and market dynamics.
In the pursuit of a healthier lifestyle today, more and more families are beginning to pay attention to the potential impact of chlorine content in tap water on their bodies. Especially during bathing, hot water can accelerate the evaporation of chlorine, which may irritate the skin and respiratory system. Therefore, many people are turning to the use of chlorine-removing filter showerheads to address this issue.
When treating drinking water, chlorine gas and its compounds (such as hypochlorite and chloramines) are widely used for disinfection, and chlorine gas oxidation is also employed to improve water quality in cases of severe water pollution. Currently, over 80% of water treatment plants globally still utilize chlorination as the primary method for microbial disinfection. However, excessive residual chlorine in water not only produces unpleasant odors and affects taste but also poses potential health threats to humans.
In today's pursuit of a healthy lifestyle, we not only focus on the safety and nutrition of our food but also increasingly emphasize the quality of our daily water supply. While tap water undergoes rigorous disinfection processes, residual chlorine, heavy metal ions, and minerals with high hardness levels may have adverse effects on our skin and hair.
In the water treatment process, the RO membrane plays an extremely important role. However, sometimes we may encounter situations where the desalination rate of the RO membrane is low. When this happens, the treatment of residual chlorine becomes a key concern, and the addition of a post-treatment dechlorination filter becomes crucial. The dechlorination material from ETERNAL WORLD has demonstrated outstanding performance in this process.1.
The 16th Shanghai International Water Exhibition came to a successful conclusion yesterday at the Shanghai National Exhibition and Convention Center (Hongqiao). As a major event in the global water treatment industry, this exhibition not only brought together cutting-edge technologies and innovative products in the industry but also witnessed the remarkable achievements of Chinese enterprises in the field of water treatment.
After more than 20 years of development, the demand for traditional water purification functions has become saturated. Like smartphones and home appliances, water purifiers also need to be updated and continuously innovated to meet the needs of users in the new era. Only through functional upgrades can water purifiers gain new market opportunities and break through the predicament.1.
Chlorine in water is used as a disinfectant by many municipal water treatment facilities. Its primary purpose is to kill or inactivate harmful bacteria, viruses, and other microorganisms that can pose serious health risks to humans.
The textile printing and dyeing industry is an indispensable part of the global industrial landscape, imparting color and patterns to textiles while generating significant amounts of acidic wastewater. This wastewater not only contains acidic substances but also dyes, surfactants, and other chemical additives, leading to severe environmental pollution. Traditional methods of wastewater treatment include coagulation, oxidation, and electrolysis, which, while effective, can be costly or inefficient in certain circumstances.
Air preheaters, as essential components in industrial systems, often generate acidic wastewater, which not only poses potential harm to the environment but also violates environmental emission standards. The pH value of industrial wastewater discharge, especially for acidic wastewater, must be adjusted to near neutral to meet stringent environmental requirements. Although traditional liquid neutralizing agents are commonly used, they are inconvenient to operate, prone to human error, and may cause secondary pollution.