What’s the purpose of Colloidal gold?
The solution is stable, safe, reliable, non-toxic, transparent, and tastes great. It can also be used in other areas such as biological coloring, DNA analysis, industrial catalysis and removal of CO2 gas. You can also produce various types of solvent-type Nano-Gold solutions as required. It is possible to eat gold with high purity.
A 99.99%-gold raw material is used to make Nanogold Solution. The solution has a purple-red appearance and can be eaten. A nanoscale of gold particles has a high catalytic activity and can remove free radicals from human bodies. A strong antioxidant effect can be promoted by the nano-gold solution. It is resistant to corrosion, has friction resistance and anti-corrosion properties. There are no skin allergies. It can also be used as a food colouring agent in glass and biological colours, as well refining products for environmental purification, food and cosmetics. The product can be used to produce medical equipment, beauty products, antibacterial, anti-inflammatory, and other health and care products. Produce all types of everyday necessities, food, drink, and any other vitality that is closely linked to our lives. You can find nano gold soap and other beauty products, such as toothbrushes or makeup masks.
What’s nano-gold exactly?
A nanogold element is an elemental form of gold that has a diameter between 100 and 1000 nm. This elemental gold has high electron densities, dielectric property and catalysis. Nanogold can generally be prepared using chlorine acid. The size of the particles is variable and will affect the colour. A nanoscale metal is a small amount of elemental gold. It’s the smaller particles that measure between 1 to 100 nm diameter. This high-electron density, catalytic properties, and dielectric property makes it an elemental gold. It is the difference in colour that makes nano-gold different from ordinary gold. One of the major differences between nano gold & gold is their different colours. While the color of nanogold varies depending on its size, the colour of golden is an identical yellow with a metallic shine. Nanometers are different from gold in terms of their properties. High electron density and dielectric characteristics of nanosized gold, along with rich physical and chemical property, make it a great choice for those who are looking to increase their potential for exploitation. The ordinary form of gold also has excellent physical and chemical properties, strong corrosion resistance, and stable properties. There are also differences in the shape of nano-gold and regular gold. A nano-gold particle is a tiny amount of gold that has a diameter between 1100nm and 100nm. It can be seen in different shapes, such as grain, flowers, or squares, under high-power microscopes. You can use gold as a precious metal, with high ductility. This makes it a good choice for gold jewellery, nuggets or ingots.
How can you influence the colour of nano-gold solutions?
Different colours can be seen in Nanog Solution, which is nano guy that has different size particles. Many factors influence the color of the nanometer-sized gold solution. A small amount of nanogold (2.5-5 nm in size) will turn yellow. Medium-sized nanometers (10-20 nm), on the other hand, will be wine red. Larger nanogold (30-80 nm) will be purplish. Aqueous solutions are neutral in colour and contain nano-gold particles smaller than 12nm. This solution has a red colour, and not golden yellow. When other substances are mixed to make the condensed solution green, the solution turns into green.
Colloidal gold prices
Different prices for Colloidal gold purity can also be different. There is a dynamic shift in Colloidal Gold’s market value. We are available to assist you at all times.
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