5 min read
Electrolysis and High-Energy Processes: How Colloids Are Made
Why simple electrolysis reaches its limits with gold, which elements refuse it entirely — and what high-energy processes are needed for.
Masterpiece
The Element of Life
Colloidal Carbon
Colloidal carbon — the element from which all living things are built, as a pure colloid in stable solution. Carbon cannot be colloidized by electrolysis at all; only the plasma arc makes it possible as a true elemental colloid.
- Concentration
- up to 20 ppm
- Source Material
- 99.99% purity
- Carrier Medium
- double-distilled water
- Appearance
- Smoky amber to deep brown.
- Made for
- lab work, technical use and plant trials
Sizes
Made to order by hand. Price and size are arranged personally with you.
Made to order by hand, delivery usually within 3 to 7 days.
Order Personally
Message us directly and you will get a personal reply from the maker, with honest advice on use case, concentration, size and shipping.
On request you will receive a personal production video of your element from the cleanroom. Simply mention it in your enquiry.
From the Latin “carbo”, coal — the same element that as diamond is nature’s hardest substance and as graphite among the softest of minerals.
Worth Knowing
Diamond and graphite are the same element in two guises — only the arrangement of the atoms separates the hardest stone from the softest mineral.
All life is carbon chemistry: every cell, every leaf, every thought rests on the scaffold of this element.
Fullerenes — football-shaped cages of 60 carbon atoms — earned their discoverers the Nobel Prize in 1996.
Knowledge
Further Reading
Our Minerals