kdf 85-manufacture,factory,supplier from China
(Total 24 Products for kdf 85)
KDF CERAMIC BALL (Kinetic Degradation Fluxion) is a highly effective media used in water treatment and filtration systems. Here are some reasons why KDF CERAMIC BALL is beneficial and why it is needed in various applications. KDF Ceramic ball is needed in water treatment and filtration systems because it effectively removes chlorine, chloramine, heavy metals, and other impurities from water. It helps control bacteria and algae growth, extends the life of other filtration components, and improves overall water quality.
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Diameter3mm~20mmAppearanceyellow brown color and white color spherical ballsMaterialTourmaline, Crystal quartz, Titanium oxide, zirconium oxide, mineral clay etcHardness %85~95Compression N>=40Specific Area cm2/g>0.5*10^4Specific Density g/cm31.3~1.55Bulk Density0.74~0.78Peak width at half height (Hz)40~64.5Far-infrared emission rate (%)90Far-infrared wavelengths (um)4~14Far-infrared bacteriostatic rate(%)78.91.
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The Drinking Water Treatment KDF Anti-Bacterial Ceramic Ball is a highly effective and innovative solution for treating drinking water. These ceramic balls incorporate KDF (Kinetic Degradation Fluxion) and anti-bacterial properties to provide clean, safe, and bacteria-free water for consumption. Product Features:KDF Technology: The KDF technology used in the ceramic balls is a high-purity copper-zinc formulation that removes contaminants through a process called redox (reduction-oxidation).
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Functions:Adsorption Power: Zeolite Ceramic Balls are known for their high adsorption capacity, effectively capturing and removing impurities, heavy metals, and ammonia from water sources, resulting in cleaner and safer water.Filtration Efficiency: The porous structure of the ceramic balls enables efficient filtration, effectively trapping suspended particles, sediment, and turbidity in the water, providing crystal clear and visually appealing water quality.Ion Exchange Properties: Zeolite Ceramic Balls facilitate ion exchange processes, promoting the removal of harmful ions such as lead, cadm
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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.
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Relate News
What is calcium mineral water? Calcium mineral water refers to natural mineral water with a high concentration of calcium (over 85 mg/L). This type of water is not only rich in calcium but often contains adequate magnesium as well, making it a high-quality mineral water source, especially suitable for those needing calcium supplementation.The benefits of calcium mineral water:1. **Strengthening Bones and Preventing Osteoporosis**: For the elderly, the calcium in calcium mineral water helps maintain bone density and slows down the rate of bone loss, reducing the risk of osteoporosis.
In today's pursuit of a healthy lifestyle, the quality of drinking water has become a particular focus of concern. Water containing calcium and magnesium ions is not only a gift from nature but also a key to maintaining bodily health and vitality. Calcium and magnesium, as essential minerals for the human body, play an irreplaceable role in regulating physiological functions and preventing diseases.Benefits of water containing calcium and magnesium ions: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.
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 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.
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.
The emergence of condensing boilers has significantly enhanced the thermal efficiency of gas boilers and the effective utilization of natural gas. The exhaust temperature of such boilers is typically below 50℃, so the water generated from burning natural gas often exists in liquid form, commonly referred to as condensate.Strategies for handling condensate:Condensate not only contains water molecules but also a large amount of pollutants generated from combustion, such as nitrogen oxides and sulfur oxides, which dissolve in the condensate.
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.
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.
The pH value of water affects its taste significantly. Weak alkaline water, with a pH between 7.0 and 8.5, typically has a slightly sweet texture and is smoother, making it often more enjoyable than water with other pH levels. In contrast, weak acidic water may taste refreshing but bland, while high alkaline water (with a pH above 8.5) can have a heavy mouthfeel and even a bitter taste.The benefits of weak alkaline water are as follows:1. Beneficial for important organs: - Blood: The pH of adult blood ranges from 7.35 to 7.45.
