miniSilver colloidal silver generator pocket

Application: Production of colloidal silver What is colloidal silver? Colloidal silver is made of extremely small silver particles. A silver colloid particles is about 60,000 times smaller than a red blood cell. How long will the silver electrodes last? For about 5,000 liters of Colloidal Silver (50 ppm). The electrodes are gradually dissolving. The silver wires are supplied with high purity, ie consist of 99.99% silver, 2mm in diameter, 90 mm long, hardened (do not bend so easily). What water should I use? The purest colloidal silver is made with distilled water (purified water from the pharmacy), but also reverse osmosis filtered water will work. The purer the water, the smaller the current, the smaller the colloid particles, the greater its surface area and their (antibacterial) effect. But many report excellent effectiveness of even mere tap water. Should I stirr or heat the water? Heating increases the conductivity and thus the electrolysis process. Stirring helps to avoid particle clumping in the conductive particle cloud between the electrodes. Only distilled water should be heated (30-80° C), if time matters. The miniSilver is powerful enough to give good results at room temperature. How should I store colloidal silver? Protect it from light, but don’t store it in the fridge. It is preferable to use freshly produced silver. Which mA (Amperage) should be used? Another source states that the best colloidal silver is made by using an electrode (anode) current of 0.15 mA / cm 2 . The surface of the 2*90 mm rod (as used with the miniSilver® colloidal silver generator) is 5.6 cm 2 , that is around 5 cm 2 in water, which would require a constant current of 0.75 mA. The Secondly it is best to limit the concentration of the colloid at any point, so it is best to stir it as well. Which ppm concentration works best? Opinions differ greatly. We think 10 ppm are sufficient. More than 15 ppm are said to tend to clumping of colloids and silver ions. How can I measure the ppm concentration? Because colloids are electrically non-conductive, they can only be measured optically. If you use a ppm meter , you can determine only the 80-85% silver ions, which are always produced simultaneously with colloids . The ppm of all silver particles (ions and colloids) would therefore be calculated as [final ppm reading - initial ppm reading] * 1.2. The ppm of the colloids alone would be [final - initial] * 0.2. Can I determine the concentration by taste? Sure! 10 ppm taste slightly bitter. We recommend that you go by the taste, if you don’t have a ppm meter (it should simply slightly metallic, noticeable, but not too strong). Can I measure the particle size of colloids? With a laser pointer, even light smoke becomes visible. The Tyndall Effect is caused by reflection of light by very small particles in suspension in a trasnparent medium. It will increase to the third power of particle size (measured in nm = nano meter) for any given concentration, so a weaker beam indicates smaller particles. The brightness of a laser beam in a solution of 1 ppm / 10 nm is 100 times higher, compared to 10 ppm / 1 nm, although it has 10 times lower ppm! It is generally accepted that only clear to light gold silver colloids have particle sizes small enough to be effective. Ionic silver has an absorption band in the uv, and thus is virtually clear. As more atoms aggregate into a particle, the absorption band moves from the uv into the violet, blue, green, yellow, orange and red. Since the color of a substance is the complement of the color absorbed colloidal silver will go from clear to very light yellow, gold, orange, red, blue and green. Colloids that contain a broad range of sizes can absorb wavelengths across the spectrum resulting in brown and black. Does it need a separate control electronics? Not really. The purpose of additional electronics is primarily the increase of voltage, and the miniSilver® has it already integrated in the switching power supply. Although the miniSilver does not provide a constant current control, this is not necessary, because even with an exponential increase in conductivity, you get sufficiently good results, if you stop the process in time (only slight milky particle clouds visible). Our philosophy is to keep devices simple and yet affordable. See the Parapulser® or miniZAP® . or purZone® .

NU LIFE Enterprise Ltd. & Co. Vertriebs KG • Arnikastr. 2 • D- 85635 Höhenkirchen UID: DE813843880 WEEE: DE70236869

SilverLine: Tel: +49(0)8102-994705 info@nulife.de www.minisilver.de

miniSilver ® 24 V

miniSilver ® 50 V

Advantages of mini silver® • Can be used with all levels of silver bars and gold bars (because he has alligator clips) • fits in the smallest bag (it can be operated from 110 to 240 V). • is capable with its 24 V output voltage at 200 mA, using distilled or reverse osmosis-filtered water 5 ppm, 10 ppm, 25 ppm or even 50 ppm silver concentration to produce in less than an hour. • If there is to go faster, we recommend the 50 volt version. This presupposes pure water! Delivery content: • 1 switching power supply (100-240 V, 200 mA) at 24 V / 50 V output voltage and measuring 5 cm x 6 x 3 Weight: 30 g • 2 silver rods (cured, 99.99% purity) in protective tube • 1 acrylic holder, suitable for narrow bottlenecks, but also for larger containers. • 1 user manual • 1 storage bag.