PH DROPS FOR WATER TESTING
Discover the real pH of the drinks you consume every day with the AlkaVida pH Water Testing Demonstration. This educational video shows how simple it is to identify acidity vs. alkalinity across popular water sources and beverages—so you can see how different liquids compare at a glance and make more informed hydration choices.
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Results: Color-based indication of acidic vs. alkaline levels.
Operation: Manual reagent drops with immediate visual results.
Ideal For: Education, home demonstrations, events, customer presentations, and training.
See pH Differences Instantly
A simple visual demonstration that shows acidity vs. alkalinity across water sources and popular beverages—so you can compare pH at a glance.
Clear pH Visualization
Color changes make it easy to see whether a sample is acidic or alkaline—no meter or guesswork.
Compare Popular Drinks
Shows how common beverages and water sources differ—tap water, RO, bottled water, soda, and more.
Easy to Understand
Built for education and demonstrations—simple visuals and explanations that make pH concepts approachable.
Perfect for Events & Training
Great for customer education, home demos, wellness events, and team training.
How the pH Water Test Works
Watch how the AlkaVida pH Water Testing Demonstration reveals acidity and alkalinity levels using a professional-grade pH testing solution. This video compares common waters and beverages to show how different liquids affect pH—making results easy to see, understand, and explain.
From our customers
FAQs
Answers about the AlkaVida pH Water Testing Demonstration—how it works, how to compare samples, and how to understand the color-based results.
What is the AlkaVida pH Water Testing Demonstration?
It’s a visual pH demonstration that uses a professional-grade pH testing solution to show whether a liquid trends more acidic or more alkaline based on a color change.
Does this test for contaminants or water safety?
No. This demonstration shows pH (acidity/alkalinity) only. It does not identify or quantify contaminants (like lead, PFAS, or bacteria) or certify a liquid as safe.
Why is pH useful to compare?
pH is a simple way to compare how different waters and beverages vary in acidity and alkalinity. The value is best used here for side-by-side comparisons and educational insight.
How do I perform the pH demonstration?
Pour equal amounts of each liquid into clean, clear cups. Add the same number of drops of pH solution to each cup, gently swirl, then compare the colors side-by-side.
Tip: Consistent cup size, water volume, and lighting produce the clearest comparison.
Do I need a meter or calibration?
No. This is a reagent-based visual demonstration. No electronics, calibration, or technical setup required.
What should I look for in the results?
Look for the color differences between samples. The goal is a clear visual contrast that helps you see which liquids trend more acidic vs. more alkaline.
Why can results vary between locations or batches?
Mineral content, processing, and formulation can vary by region and production. Temperature, residues in cups, and lighting can also influence how color appears.
Can I use this to “prove” a beverage is healthy?
Use it to demonstrate pH differences, not to make health or safety claims. If you need specific ingredient or contaminant information, use appropriate labeling or certified testing.
What liquids can I compare?
You can compare common waters and beverages such as:
- Tap water
- Reverse osmosis (RO) water
- Bottled waters (various brands)
- Sodas and sparkling drinks
- Juices and sports drinks
How do I get the most accurate comparison?
Use identical cups, equal volumes, the same number of drops, and similar temperatures. Compare samples under the same lighting and view from above and from the side.
Is the pH testing solution safe to handle?
Handle like any test reagent: avoid contact with eyes/skin, do not ingest, and wash hands after use. Keep out of reach of children and follow label guidance.
How should I store the solution?
Store tightly closed, upright, and away from extreme heat or freezing. Keep it in a cool, dry place and follow any label guidance for best shelf life.
This is a visual pH (acidity/alkalinity) demonstration. It does not identify or quantify specific contaminants, and results can vary with sample composition, temperature, lighting, and procedure.