Ionic Colloidal Titanium – 50 ppm, produced by Proton Resonance, 99.9% pure Titanium in distilled Water
Ionic Colloidal Titanium – 50 ppm, colloid in aqueous solution, produced by proton resonance. 99.9% pure titanium in distilled water, without additives.
✔ 50 ppm Concentration ✔ Produced by Proton Resonance ✔ 99.9% pure Titanium ✔ Distilled Water ✔ No Additives ✔ High-purity Ionic Solution
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Ionic Form
Titanium is present in ionically dissolved form – for an even distribution throughout the aqueous solution.
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Produced by Proton Resonance
Not produced by electrolysis, but by proton resonance – ensuring defined particle size and desired charge.
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Distilled Water as Base
Distilled water is used exclusively as the carrier medium – free from minerals and contaminants.
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Defined Concentration
50 ppm (parts per million) at production – precise and consistent for every batch.
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Pure Composition
Only two ingredients: ionic titanium and distilled water – no excipients, no fillers.
Titanium – named after the Titans of Greek mythology, the primordial forces of the cosmos – is the ninth most abundant element in the Earth's crust and one of the most remarkable metals of all. It has the highest strength-to-weight ratio of all metals, is extraordinarily corrosion-resistant, and is regarded as one of the most biocompatible metals: for decades it has been used in medical technology for implants, dental implants and prosthetics, because it is exceptionally well tolerated by biological systems. The human body naturally absorbs trace amounts of titanium through food and the environment.
In ionic form, titanium is present as a dissolved compound – the titanium ion is evenly distributed throughout the aqueous solution. The distilled water base provides a particularly pure carrier: it is free from minerals, chlorine and other possible contaminants.
Ionic Colloidal Titanium is produced exclusively by proton resonance – not by electrolysis. In proton resonance, the source material is strongly excited by its own resonance frequency and then separated into the desired particle size and charge via an electrophysical process, directly into distilled water. This makes it possible to bring titanium into colloidal form, whereby the quality of the colloid depends critically on the production process. Proton resonance consistently produces colloids with the desired particle size and charge – both of which are uncertain with electrolysis. Colloid is not simply colloid.
The Ionic line is consistently committed to purity: no alcohol, no preservatives, no synthetic additives – only the respective metal compound in ionic form and the high-purity distilled carrier medium. To discover more ionic colloids, the full range is available at viterna.at/kolloide-kaufen.
Application Instructions
Application based on the quantum principle of entangled particles:
Place a small amount of a body fluid (e.g. saliva) or body-own material (e.g. hair with root) into a vessel made of natural material such as ceramic or glass. Then spray with approx. 10 sprays of Ionic Ti. Prepare fresh daily.
| Composition / Ingredients |
| Ionic Titanium (Ti) |
50 ppm at production (atomic spectral analysis – may vary depending on measurement method) |
| Carrier Medium |
Distilled Water (Aqua destillata) |
| Fill Volume |
100 ml |
| Other Ingredients |
None |
🏭 Made in Germany 🔵 Ionic Solution 🧴 100 ml Spray Bottle
What is Proton Resonance and why is it used?
In proton resonance, the source material – in this case 99.9% pure titanium – is strongly excited by its own resonance frequency and then separated into the desired particle size and with the desired charge directly into distilled water via an electrophysical process. Unlike electrolysis, where particle size and charge are uncertain, proton resonance consistently delivers reproducible results. The higher quality of the production process is reflected in the final product.
What is ionic titanium?
Unlike colloidal titanium, in which tiny particles are suspended in liquid, ionic titanium is present as a dissolved compound. The ions are distributed in the water – without visible particles. Distilled water provides an ideal carrier liquid, as it contains no minerals or foreign substances that could interact with the titanium ions.
What makes distilled water particularly suitable as a base?
Distilled water is free from minerals, chlorine, organic residues and other foreign substances. As a carrier medium for ionic metal solutions, it provides a neutral, low-reactivity base that optimally preserves the integrity of the ionic solution.
Mandatory Information:
For external use only.
Storage:
Store at room temperature. Keep away from microwaves and strong magnetic fields. Protect from light. Keep out of reach of small children.
Warnings:
Do not use if known titanium intolerance exists.
Frequently Asked Questions
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What is the difference between proton resonance and electrolysis? ▼
Ionic Colloidal Titanium is produced exclusively by proton resonance – not by electrolysis. In proton resonance, the titanium is excited by its own resonance and separated in the desired particle size and charge directly into distilled water. With electrolysis, the particle size and charge of the resulting colloid are uncertain. Colloid is not simply colloid – the production process is decisive for quality.
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What does "ionic" mean in colloidal titanium? ▼
"Ionic" means that the titanium is present in the form of dissolved ions in the water – not as solid particles. Unlike colloidal suspensions, this is a true solution in which the titanium ions are evenly distributed throughout the distilled water.
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What does "50 ppm" mean? ▼
ppm stands for "parts per million". At 50 ppm, 50 mg of ionic titanium is contained per litre of water. This figure refers to the concentration at the time of production.
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Why is distilled water used? ▼
Distilled water is free from minerals, chlorine and other contaminants. It provides a pure foundation for an ionic metal solution and ensures that no foreign substances interact with the titanium ions.
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How should the product be stored? ▼
Store at room temperature, protected from light, and keep away from microwaves and strong magnetic fields. Do not shake. The dark blue glass bottle already protects the contents from the majority of light exposure.
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Why are people interested in ionic titanium? ▼
Titanium fascinates many people due to its extraordinary properties as an element: it is regarded as one of the most biocompatible metals and has therefore been used in medical technology for decades – for implants, dental implants and prosthetics. The human body also naturally contains trace amounts of titanium absorbed through food and the environment. Ionic titanium in distilled water is the purest form in which this remarkable element can be offered.
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How does the quantum principle application work? ▼
The application is based on the quantum principle of entangled particles. A small amount of a body fluid – such as saliva – or body-own material such as hair with root is placed into a vessel made of natural material (ceramic or glass). This is then sprayed with approx. 10 sprays of Ionic Ti. The preparation is made fresh daily.
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How does Ionic Titanium differ from other colloids? ▼
While ionic colloids such as silver, gold or copper are widely available, ionic titanium is a comparatively rare offering. Titanium is one of the biocompatible metals and is used, among other things, in medical technology. Ionic Titanium follows the same purity principle as all products in the Ionic line: two ingredients, no additives, defined concentration.
Product safety in accordance with EU Regulation (EU) 2023/988 (GPSR): This product meets the requirements of the EU General Product Safety Regulation (GPSR, Regulation (EU) 2023/988). Responsible person (economic operator) pursuant to Art. 16 GPSR & Manufacturer: Tec2Future GmbH & Co. KG · St. Ulrichstr. 1 · 86825 Bad Wörishofen · Germany ·
info@Tec2Future.de
