{"id":69414,"date":"2025-06-12T09:01:02","date_gmt":"2025-06-12T08:01:02","guid":{"rendered":"https:\/\/trimedea.com\/comparison-of-production-processes-for-colloids-and-ionic-solutions\/"},"modified":"2025-09-11T09:40:58","modified_gmt":"2025-09-11T08:40:58","slug":"comparison-of-production-processes-for-colloids-and-ionic-solutions","status":"publish","type":"page","link":"https:\/\/trimedea.com\/en\/comparison-of-production-processes-for-colloids-and-ionic-solutions\/","title":{"rendered":"Comparison of production processes for colloids and ionic solutions"},"content":{"rendered":"

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Comparison of manufacturing processes:
electrolysis, proton resonance process and high-voltage plasma process<\/h1>\n

Colloidal metals and ionic solutions are produced using various manufacturing processes. Each method has its specific advantages and disadvantages<\/a>, possible applications in the hobby sector and potential risks. One crucial difference has now been independently tested: How reliable are manufacturers’ ppm claims? <\/strong><\/p>\n

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Electrolysis<\/h2>\n

(Ionic solutions)
<\/strong>TEST REPORT No. 29039<\/p>\n

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Silver<\/h3>\n

Specification according to manufacturer 200ppm<\/strong>
Laboratory measured value 10ppm<\/strong>
Deviation -95 %<\/strong><\/span> from 100<\/p>\n

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Gold<\/h3>\n

Specification according to manufacturer 50ppm<\/strong>
Laboratory measured value 0.04ppm<\/strong>
Deviation -99,2 %<\/strong><\/span> from 100<\/p>\n

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Platinum<\/h3>\n

Specification according to manufacturer 25ppm<\/strong>
Laboratory measured value 0.001ppm<\/strong>
Deviation -99,9 %<\/strong><\/span> from 100<\/p>\n

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Proton resonance method<\/h2>\n

(secret manufacturing process)
<\/strong>TEST REPORT No. 23889<\/p>\n

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Silver<\/h3>\n

Specification according to manufacturer 50ppm<\/strong>
Laboratory measured value 0.7ppm<\/strong>
Deviation -98,6 %<\/strong><\/span> from 100<\/p>\n

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Gold<\/h3>\n

Specification according to manufacturer 55ppm<\/strong>
Laboratory measured value 0.8ppm<\/strong>
Deviation -98,5 %<\/span> <\/strong>from 100<\/p>\n

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Platinum<\/h3>\n

Specification according to manufacturer 50ppm<\/strong>
Laboratory measured value 0.0006ppm<\/strong>
Deviation -99,9 % <\/strong><\/span>from 100<\/p>\n

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High-voltage plasma process<\/h2>\n

(HVAC\/Bredig manufacturing process)
<\/strong>TEST REPORT No. 4242 \/ 22590 \/ 4242 \/ 32655<\/p>\n

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Silver<\/h3>\n

Specification according to manufacturer 10ppm<\/strong>
Laboratory measured value 11.4ppm<\/strong>
Deviation 114 %<\/strong> from 100 %<\/p>\n

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Gold<\/h3>\n

Specification according to manufacturer 10ppm<\/strong>
Laboratory measured value 7ppm<\/strong>
Deviation -30 %<\/span> <\/strong>from 100<\/p>\n

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Platinum<\/h3>\n

Specification according to manufacturer 5ppm<\/strong>
Laboratory measured value 5.7ppm<\/strong>
Deviation 114 % <\/strong>from 100 %<\/p>\n

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Explanation of the results: Only one method delivers what it promises<\/strong><\/h3>\n

The significant deviations in the stated ppm (parts per million) make it easy to see that neither electrolysis nor the mysterious proton resonance process are suitable for the production of high-quality colloidal solutions. The quantities in the liquids usually differ by almost 100 % from the advertised values – only a tiny fraction of the metals are actually present in these “colloids”. <\/p>\n

This is because electrolysis should not actually be referred to as colloidal metals, they are only ionic solutions. There is a chemical-physical difference between ionic metal solutions and colloids, which influences the quality, particle size, concentration, coloration and effect in the metabolism. <\/p>\n