- Suspended particles of elemental gold
- Physical nanoparticle dispersion
- Can display a natural ruby red appearance
- Particle characteristics and stability matter
What Is Colloidal Gold?
Colloidal gold is a suspension of extremely small particles of elemental gold dispersed throughout a liquid, usually purified water.
What Is Colloidal Gold?
Colloidal gold is a suspension of extremely small particles of elemental gold dispersed throughout a liquid, usually steam distilled water.
Unlike ionic gold, the gold is present as physical particles rather than dissolved gold ions. The particles remain dispersed throughout the liquid to form what is known as a colloidal suspension.
At jewellery scale, gold appears yellow, metallic and reflective. At much smaller particle sizes, gold interacts with light differently, which is why colloidal preparations can appear ruby red, purple or deeper shades depending on particle characteristics and concentration.
True Colloidal Gold vs Ionic Gold
- Gold present as dissolved ions
- Different physical and chemical form
- May appear visually different
- Should not automatically be described as a true colloid
Why Is Colloidal Gold Ruby Red?
Gold is usually associated with its familiar metallic yellow colour. But when gold exists as extremely small particles suspended in liquid, its interaction with light changes.
At the nanoscale, gold particles can absorb and scatter particular wavelengths of visible light. This optical behaviour can give colloidal gold its characteristic ruby red appearance.
The exact colour can vary depending on particle size, particle distribution, concentration and the way the colloid has been produced.
Particle dimensions influence how gold interacts with visible light.
A consistent particle distribution can contribute to a more uniform appearance.
The amount of gold present can influence the depth and intensity of colour.
What Does 60ppm Mean?
PPM means parts per million. In colloidal gold, it describes concentration, meaning how much gold is present relative to the liquid.
A concentration of 60ppm represents approximately 60 milligrams of gold per litre of liquid.
Concentration is useful information, but it does not tell you everything about quality. Particle characteristics, source gold purity, water quality, production control and suspension stability also matter.
How Colloidal Gold Is Made
Gold Healing Colloidal Gold begins with high purity elemental gold and steam distilled water. The preparation is produced using a controlled electrolysis process designed to create and disperse fine gold particles throughout the liquid.
Careful control of the starting materials and production conditions helps maintain consistency in concentration, appearance and suspension.
99.99% pure 24K elemental gold provides the starting material.
A clean water base provides the controlled liquid medium.
Electrical energy is applied under carefully managed production conditions.
Fine gold particles become dispersed throughout the finished liquid.
Why Particle Size Matters
Concentration is only one part of understanding colloidal gold. The size of the suspended particles can influence how the liquid behaves, how it interacts with light and how stable the suspension remains.
Smaller particles provide more surface area relative to their mass, while particle distribution shows how consistent the overall population is. Stability describes how well those particles remain dispersed rather than clumping together over time.
For that reason, a large ppm number should never be considered on its own. Purity, particle characteristics, distribution and production control all help provide a fuller picture of the product.
Describes concentration, or how much gold is present in the liquid.
Particle dimensions influence optical behaviour and surface characteristics.
Shows how consistently particle sizes are distributed throughout the liquid.
Reflects how well particles remain dispersed without unwanted aggregation.
A Simple Daily Ritual
Gold Healing Colloidal Gold can be incorporated into a simple personal routine. Always read the suggested use instructions on the product page and label before use.
It can be taken directly or mixed into water, juice, smoothies or other drinks. If you are new to colloidal gold, start low and steady and use it as part of a consistent routine.
Keep the bottle stored correctly between uses and avoid contaminating the bottle opening or contents.
Follow the guidance provided on the product page and bottle label.
Take directly or mix into water, juice, smoothies or another drink.
Choose a routine that is simple for you to follow consistently.
Keep in a cool, dry place away from direct sunlight and do not freeze.
From Ancient Gold to Modern Nanoscience
Gold has fascinated people for thousands of years. Its rarity, permanence and distinctive appearance made it important in jewellery, symbolism, early medicine and alchemical traditions.
Historical preparations sometimes referred to as liquid gold or potable gold should not automatically be confused with modern colloidal gold. The scientific story becomes much clearer during the nineteenth century.
In 1857, Michael Faraday published experiments investigating the interaction between finely divided gold and light. His work helped establish one of the foundations for understanding the unusual optical behaviour of nanoscale gold.
Gold became associated with value, permanence, symbolism and historical preparations across many cultures.
Faraday investigated finely divided gold and documented its remarkable interaction with visible light.
Modern analytical techniques allow researchers to study gold particles at scales Faraday could only investigate indirectly.
Why Scientists Study Gold Nanoparticles
Gold nanoparticles are studied because their optical, surface and nanoscale properties make them useful across a wide range of scientific and technological fields.
Researchers can carefully control particle size, shape and surface chemistry for highly specific applications, including molecular detection, imaging, analytical science and advanced materials.
These applications usually involve specially engineered particles. Their properties can differ significantly depending on particle size, coating, formulation and the environment in which they are used.
Used in systems designed to detect selected biological or chemical targets.
Gold nanoparticle properties support certain rapid testing and detection technologies.
Studied for specialised optical and experimental imaging applications.
Gold nanostructures can enhance Raman signals used in analytical science.
Used in research involving sensors, plasmonics, catalysts and engineered materials.
Engineered gold particles are investigated as carriers for selected molecules.
Use Colloidal Gold Responsibly
Understanding what you are using is just as important as understanding how a colloidal gold product is made.
Always follow the product label and suggested use guidance. Individual circumstances can vary, particularly where medication, pregnancy, breastfeeding or an existing medical condition is involved.
Good storage and careful handling also help protect the quality of the suspension after opening.
Read and follow the guidance provided on the product page and label.
Keep out of reach of children and seek appropriate guidance before use.
Seek professional advice before use during pregnancy or breastfeeding.
Speak with a healthcare professional if you take medication or manage a health condition.
Stop use and seek appropriate advice if you experience an unwanted reaction.
Store according to the label guidance and protect the contents from contamination.
Contact Gold Healing if you need help understanding the product information.
Common Questions About Colloidal Gold
Clear answers to some of the most common questions about colloidal gold, concentration, ingredients, suggested use and quality.
Is colloidal gold real gold?
Yes. True colloidal gold contains physical particles of elemental gold suspended throughout a liquid.
Is colloidal gold the same as ionic gold?
No. Colloidal gold contains suspended gold particles, while ionic gold contains dissolved gold ions. They are different physical forms.
Why is colloidal gold ruby red?
At very small particle sizes, gold interacts with visible light differently from bulk metallic gold. This nanoscale optical behaviour can produce ruby red and related colours.
What does 60ppm mean?
PPM means parts per million. A concentration of 60ppm represents approximately 60 milligrams of gold per litre of liquid.
Does higher ppm mean better colloidal gold?
Not automatically. Concentration does not tell you particle size, distribution, source purity, suspension stability or production quality. Those factors should also be considered.
What ingredients are in Gold Healing Colloidal Gold?
Gold Healing Colloidal Gold contains 24K gold and steam distilled water, with no added fillers, flavourings or preservatives.
How do I use colloidal gold?
Read the suggested use instructions on the product page and bottle label before use. It can be taken directly or mixed into a drink according to the guidance provided with the product.
How should colloidal gold be stored?
Follow the storage guidance on the product label. Keep the bottle away from direct sunlight and excessive heat, and protect the contents from contamination.
Is colloidal gold the same as ORMUS?
No. Colloidal gold is a suspension of elemental gold particles. ORMUS refers to a different category of mineral preparations and should not be treated as the same product form.
Is this medical advice?
No. Gold Healing educational material is provided for general information and should not replace advice from an appropriately qualified healthcare professional.
Ready to Explore Colloidal Gold?
Discover Gold Healing Colloidal Gold, made with 99.99% pure 24K gold and steam distilled water at a clearly stated 60ppm concentration.
A simple two ingredient formulation, ruby red appearance and controlled Faraday inspired production process, presented with clear product information and responsible guidance.