5 Important Questions to Help You Buy the "Right" Alkaline Ionized Water Purifier

Many advertisements for alkaline ionized water purifiers can be misleading, making it difficult for consumers to distinguish high-quality products. If you are new to this advanced technology, it's crucial to research the origin, technology, and benefits of the machine. Below are important questions to help you purchase the "right" alkaline ionized water purifier.

Consumers should ask these key questions to choose the right alkaline ionized water purifier.

1. Technology: What filtration technology does the machine use to create alkaline ionized water? Does it have specialized electrolysis circuits that offer multiple pH levels?

Currently, manufacturers of "right standard" alkaline ionized water purifiers use UF or NANO filtration technology. These technologies provide clean water while retaining important natural minerals essential for the electrolysis process, ensuring that users can always access alkaline ionized water 24/7 throughout the machine's lifespan.

After filtration, the water enters the electrolysis unit, producing various levels of ionized water from low to high pH. The process is controlled by microcontrollers to ensure the optimal quality of the ionized water.

Microcontrollers adjust the electrolysis intensity to achieve the desired pH, hydrogen, and ORP levels.

"Right standard" ionized water purifiers are equipped with high-power sources and specialized electrolysis circuits, allowing users to select from multiple types of ionized water with varying pH levels and optimal water quality.

2. Water Quality: How many types of acidic ionized water does the machine produce, and what is the lowest pH level? How many types of alkaline ionized water, and what is the highest pH level?

A "right standard" alkaline ionized water purifier can produce at least three basic types of water with various pH levels: low acid (pH ~3.0 to 5.5), neutral (pH ~7), and alkaline (pH ~8.5 to 11). Users can select the desired pH level for different purposes such as drinking, beauty care, and cleaning, thanks to the machine's display and alert system.

High-quality ionized water purifiers produce various types of ionized water.

Products labeled as "alkaline ionized water purifiers" but not meeting standards typically only produce neutral water (pH ~7.0) and 2-3 alkaline levels, often with inaccurate pH levels that do not meet the needs for ionized water.

3. Electrolysis Unit: Does the machine have an electrolysis unit? How many electrodes does it have, what material are they made from, what size, and where are they manufactured? Is there specific imagery of the electrolysis unit and electrodes?

The electrolysis unit is crucial for determining the quality of the output water. Units with more and larger flat electrodes deliver optimal electrolysis results.

Electrodes should be made from corrosion-resistant precious metals like titanium coated with platinum to ensure the unit's longevity and prevent harmful substances from entering the drinking water.

Opt for ionized water purifiers with high-quality electrolysis units featuring durable electrodes.

4. Quality Certifications: What reputable quality certifications does the product have?

"Right standard" alkaline ionized water purifiers are typically certified by international organizations, such as the European CE certification for electrical safety and medical devices, and ISO international quality standards. Customers should ask sellers to provide or disclose all relevant certifications before purchasing.

5. Material Origin and Advertising Claims: Can the seller provide clear information and evidence of the origin of materials and advertising claims?

Material quality significantly impacts the product's lifespan, functionality, and safety. Consumers should not rely solely on advertisements but should request proof of material origins from the seller.

The most crucial component in an ionized water purifier is the electrolysis unit. Choose products that disclose clear images and origins of the electrolysis unit, preferably manufactured in advanced countries like Japan or South Korea, to ensure that the ionized water produced meets quality and safety standards.
The market for alkaline ionized water purifiers is complex, so consumers should take the time to research and purchase the right product to avoid confusion and get the best value for their investment.

Learn more about the US series of ROBOT alkaline ionized water purifiers designed for the US market Here.