SilverSol® is the colorless, tasteless, and odorless solution suspended in the distilled water as the state of colloid. SilverSol® is produced from pure silver (Ag 99.99%) through high electrical voltage. The particle size of SilverSol® is between 3-5 nano meter (nm) as compared to common colloidal silver which is 8nm-10micron. Therefore, SilverSol® is considered first of its kind to be developed in worldwide.
Traditionally, silver products are very expensive as the method of production is very costly. Therefore, it is only being used in the countries producing it such as US and Korea. The field of applications is mainly for cosmetics, stock raising, natural inorganic antibacterial agent and agriculture purpose that required low or chemical free products. However, the uses of silver now are very vast.
In NSM®, we are able to produce high quality SilverSol® utilizing the latest nanotechnology with mass production of more than 20 tons a day at very low cost which make it inexpensive commercially.
- Multi-functions as antibacterial, anti-fungus, antivirus, deodorization, sterilization
- Broad range of anti-bacteria spectrum.
- Cost and functionally competitive compared with other silver products.
- Environment friendly and non-toxic.
- Harmless to human body
- Indefinite lasting effects
Comparison Table with Other Colloidal Silver Producters
Properties |
SilverSol® |
Competitor 1 (Korea) |
Competitor 2 (Korea) |
Competitor 3 (USA) |
Competitor 4 (USA) |
Concentration |
100,000ppm |
1,000ppm |
2,000ppm |
100ppm |
10ppm |
Particle size |
3 to 5nm |
1 to 10nm |
10 to 40nm |
5 to 10nm |
4 to12 nm |
Basic Material for dispersion |
Water |
Water, Ethylenglycole, Alcohol, DMF, Glycerine |
Water, Alcohol/ Poliol, Solvent |
Solvent |
Water, Ethanol, Solvent |
Ingredients |
Silver 100% |
Silver + Silica |
Silver + a material for dispersion |
Silver + a material for dispersion |
Silver + a material for dispersion |
Colour |
Colorless & Transparent |
Black |
Black |
Black |
Black |
Specific gravity |
1.1.2±0.1 |
— |
— |
1.05±0.1 |
— |
Others |
Developed catalyst for preventing discoloration |
Developed 5,000ppm of colloidal silver, but discoloration in applying to white materials |
Using a surface active agent for dispersion in order to prevent making a lump of silver particle |
Using a surface active agent for dispersion in order to prevent making a lump of silver particle |
Using a surface active agent for dispersion in order to prevent making a lump of silver particle |
Shape of SilverSol®
- Particle size: 3-5 nm
- Properties and effectiveness will not change even after a long custody.
Potential of SilverSol®
- 10ppm (10mg/litre) to 120,000ppm depending on the applications.
- Approx. 340 billion silver particles exist in 1 cc silver ion water.
pH (Potential of Hydrogen) of SilverSol®
- Can produce from pH5 to pH 10 depending on applications
Sterilizing Power of SilverSol®
- Extensive antibacterial abilities against around 650 kinds of pathogenic organism.
- 99.9% sterilizing power against E.coli / S.aureus / P. aeruginosa / S. typhi tested by Korea nationally authorized test center.
Test Method |
Test Results |
||
Shake Flask |
Item |
Blank |
Sample |
Test bacteria: Escherichia Coli. |
|||
| Initial no. of bacterial | 4.0 x 105 | 4.0 x 105 | |
| After 10 minutes | 5.5 x 10 | ||
| Rate of reduction | 99.9% | ||
| Test condition: measure the sample by diluting as much as 100 times | |||
Shake Flask |
Item |
||
Test bacteria: Staphylococcus aureus |
|||
| Initial no. of bacterial | 2.5 x 105 | 2.5 x 105 | |
| After 10 minutes | 2.2 x 10 | ||
| Rate of reduction | 91.2% | ||
| Test condition: measure the sample by diluting as much as 100 times | |||
Shake Flask |
Item |
||
Test bacteria: Pseudomonas aeruginosa |
|||
| Initial no. of bacterial | 5.0 x 105 | 4.0 x 105 | |
| After 10 minutes | 2.6 x 104 | ||
| Rate of reduction | 94.8% | ||
| Test condition: measure the sample by diluting as much as 100 times | |||
Shake Flask |
Item |
||
Test bacteria: Salmonella typhi |
|||
| Initial no. of bacterial | 1.9 x 105 | 4.0 x 105 | |
| After 10 minutes | Not detected | ||
| Rate of reduction | 100% | ||
| Test condition: measure the sample by diluting as much as 100 times | |||
Shake Flask(FC-TM-19-2001) |
Item |
||
Test bacteria: Candida albicans ATCC 14053 |
|||
| Initial no. of bacterial | 1.4 x 104 | 1.4 x 104 | |
| After 30 minutes | 1.5 x 105 | < 10 | |
| Rate of reduction | 99.9% | ||
| Test condition: Essence of vaginal cleansing wet tissue | |||
Textile |
Item |
||
Test bacteria: Staphylococcus aureus |
|||
| Initial no. of bacterial | 1.5 x 105 | 1.5 x 105 | |
| After 18 hours | 7.1 x 105 | 8.1 x 104 | |
| Bio static value | 2.0 | ||
| Test condition: Cotton | |||
Textile |
Item |
||
Test bacteria: Klebsiella penumonia |
|||
| Initial no. of bacterial | 1.3 x 105 | 1.3 x 105 | |
| After 18 hours | 6.2 x 106 | 2.1 x 104 | |
| Bio static value | 2.5 | ||
| Test condition: Cotton | |||
Sector / Industry |
Application |
Water Treatment |
|
Industrial supplies |
|
Fiber |
|
