Clean water is highly essential to lead a healthy life. We need it for all our daily functions like drinking, cooking, or cleaning. However, with continuous technological advancement and increasing growth of the industrial sector, pollution is on the rise. This has affected our natural resources, primarily water. So, it is important to have a good water management system in place.
[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 2100 & AMS 2100S are entry-level grade ionizer models offered by ALKAMEDI. These models feature an electrolysis chamber with 5 platinum-coated titanium electrode plates, ensuring the production of high-quality alkaline water at 3 different levels, along with 3 levels of acidic water and purified water.
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 2000 & AMS 2000S are entry-level grade ionizer models offered by ALKAMEDI. These models feature an electrolysis chamber with 5 platinum-coated titanium electrode plates, ensuring the production of high-quality alkaline water at 3 different levels, along with 3 levels of acidic water and purified water.
[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 4000 & AMS 4000S are ALKAMEDI ionizer models designed for premium-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.
AMU 7000F 9P represents ALKAMEDI High-End Premium-Level Grade Under-Sink Ionizer. It features an electrolysis chamber containing either 9 platinum-coated titanium electrode plates, ensuring the production of top-quality alkaline water. Additionally, it offers a unique STRONG ENHANCING feature, supported by an enhancer (NACL), enabling the production of Strong Alkaline Water with a pH of 11.5 and Strong Acidic Water with a pH of 2.5.
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 2000 & AMS 2000S are entry-level grade ionizer models offered by ALKAMEDI. These models feature an electrolysis chamber with 5 platinum-coated titanium electrode plates, ensuring the production of high-quality alkaline water at 3 different levels, along with 3 levels of acidic water and purified water.
[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 4000 & AMS 4000S are ALKAMEDIâ??s ionizer models designed for premium-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.
Reverse osmosis (RO) is a water purification process that uses a partially permeable membrane to remove ions, unwanted molecules and larger particles from drinking water. ... The result is that the solute is retained on the pressurized side of the membrane and the pure solvent is allowed to pass to the other side.
