ORP [ Oxidation-Reduction Potential
Oxidation and reduction
From the standpoints of hydrogen ions, the combination with oxygen is called and the separation from oxygen is called
1)Oxidation
Originally, it refers to a reaction where it is combined with oxygen or loses hydrogen. Nowadays, it is understood as an increase in the oxidation number in the atom after losing an electron, or combinations with oxygen, separating hydrogen or losing an electron. In others words, it refers to rusts, corrosions or aging in general. (ORP VALUE:(+))
2)Reduction
It is the reverse reaction of oxidation or restoring the oxidation to the original state. In other words, it collectively refers to a reaction where oxygen is lost or hydrogen is added. Nowadays, it is understood as a decrease in the oxidation number in the atom after gaining an electron, or combinations with hydrogen, separating oxygen or losing an electron. In others words, it refers to rusts-free, anti- corrosions or anti-aging in general (ORP VALUE:(-))
Principle of creation
In nature, there exist substances that can chemically react with water to generate hydrogen and turn it into alkaline water. Among them, Magnesium is one of the highly reactive material that can create alkaline water.
Chemical reaction equation
Mg + 2H2O Mg(OH)2 + H2 e Mg(OH)2 Mg2++2OH-
Magnesium has a symbol, Mg, element number, 12, and 12 electrons. Its crystal has a hexagonal structure. It has two electrons in the K shell(n=1), 8 electrons in the L shell(n=2) and two electrons in the M shell(n=3). Among them, the two outermost electrons are very unstable which means that they are easily discharged. In other words, it also means that they are easily oxidized. These electrons can help reducing other materials. If Magnesium reacts to water, one Magnesium molecule and two water molecules are combined with each other. Magnesium is not isolated but it rather forms Magnesium Hydroxide. In the process, some electrons from Magnesium are used to form the Hydrogen gas while the remaining electrons are left in the water. Magnesium Hydroxide is ionized to for OH-. In other words, Magnesium is oxidized but water is reduced to become ARW(Alkaline Reduced Water). As a result, as OH- increases, the pH level increases and alkaline water is generated.
Depends on buyers demand
[Alkaline Water Ionizer] ALKAMEDI offers a variety of product groups and series designed to cater to consumers\' needs and make their home circumstances and purposes more convenient and accessible. AML 3000(S) is a sleek and compact luxury model ionizer that embodies the contemporary trend of simplicity in its stylish design. Equipped with an electrolysis chamber containing 5 platinum-coated titanium electrode plates, ALKAMEDI offers a range of alkaline water options at 3 different levels, along with 3 levels of acidic water and purified water. This diverse selection caters to individuals\' varying health needs.
[Alkaline Water Ionizer] ALKAMEDI offers a variety of product groups and series designed to cater to consumers\' needs and make their home circumstances and purposes more convenient and accessible. AMS 4100 & AMS 4100S are ALKAMEDI ionizer models designed for standard-level grade performance. These models feature an electrolysis chamber equipped with 7 platinum-coated titanium electrode plates, ensuring the production of superior alkaline water at 3 different levels, as well as 3 levels of acidic water and purified water.
ALKAMEDI ionizers are using a single filtration system with 3 different filter types at the moment offers the most reliable and powerful water filter with state-of-art technology of ALKAMEDI. â? � � � � FB2 : 6 steps of Carbon Block Compound Filter â?¡� � � � FU3 : 8 steps of Advanced Ultra Hollow Membrane Purification Filter â?¢� � � � FNC : 7 steps of NANO Silver Carbon Block Compound Filter The effectiveness of the filtration is determined by the valid filtration capacity verified by a testing institution, and this product is composed of a nano-carbon block composite with a valid water capacity of 3,600 liters for approximately 6 months. It is recommended to use for approximately 6 months and a voice guide will inform you when it is time to replace the filter. Alkamedi does have all kinds of certificates related to each continents and countries we export to such as  CE, CB, UL, NRTL, TUV� etcâ?¦in order to meet all electrical regulations in each countries and regions.
ALKAMEDI ionizers are using a single filtration system with 3 different filter types at the moment offers the most reliable and powerful water filter with state-of-art technology of ALKAMEDI. â? � � � � FB3 : 6 steps of Carbon Block Compound Filter. â?¡� � � � FU4 : 8 steps of Advanced Ultra Hollow Membrane Purification Filter. (Carbon Block Compound + UF Module Filter)� � � Expected in Q1, 2024 â?¢� � � � FN2 : 6 steps of NANO Silver Carbon Block Compound Filter. (Carbon Block Compound + NANO Filter)� � � Expected in Q1, 2024 The effectiveness of the filtration is determined by the valid filtration capacity verified by a testing institution, and this product is composed of a nano-carbon block composite with a valid water capacity of 3,600 liters for approximately 6 months. It is recommended to use for approximately 6 months and a voice guide will inform you when it is time to replace the filter. Alkamedi does have all kinds of certificates related to each continents and countries we export to such as CE, CB, UL, NRTL, TUV etc in order to meet all electrical regulations in each countries and regions.
[Alkaline Water Ionizer] ALKAMEDI offers a variety of product groups and series designed to cater to consumers' needs and make their home circumstances and purposes more convenient and accessible. AMS 4100 & AMS 4100S are ALKAMEDI�¢??s ionizer models designed for standard-level grade performance. These models feature an electrolysis chamber equipped with 7 platinum-coated titanium electrode plates, ensuring the production of superior alkaline water at 3 different levels, as well as 3 levels of acidic water and purified water.
RO Membranes are semipermeable membranes used in Reverse Osmosis systems to filter out dissolved solids, impurities, and contaminants from water. They play a crucial role in producing high-quality purified water for drinking, industrial applications, and wastewater treatment by allowing only water molecules to pass through while rejecting larger molecules and ions.