Price $ 179 U.S. Dollars

Is the silver dispersion produced by the Colloid Master effective against pathogens in lab tests?
See for yourself!

More information and things to consider:

Colloid Master Overview

Points to consider when making colloid with the Colloid Master

Parts per million

Note: Based on research, it has been our long standing opinion that the optimal range for silver is 10 to 17 PPM. There are many factors that we took into consideration when making this decision, including; stability, quality and integrity. Silver dispersion is in our opinion, is in essence saturated at 13.5 to 17 PPM, although higher PPM can be forced or attained, our research has convinced us that forcing higher PPM may compromise the quality, stability or integrity, and in effect causes it to be less balanced.

If you are interested in monitoring the PPM of the colloid you produce with the Colloid Master the most precise way is with proper lab equipment, although a quick relatively accurate and inexpensive way is to use a PWT (pure water test) meter.

A PWT meter (by Hanna Instruments etc.) measures conductivity, this data is then interpolated to reflect the parts per million. Although there is no inexpensive device that directly measures ppm, we have found that this method is a very reliable method to approximate the ppm. We are authorized distributors for Hanna Instruments. The PWT meter made by Hanna Instruments, Item number is # 66 (with calibration solution) for $ 55.00. It is accurate to within 2 percent full scale. The interpolation of the conductivity to PPM translates to approximately less than 1 PPM full scale regarding accuracy.

Note: We do most research with the Colloid Master using setting 5.5 but we also use settings 5, 6, and on occasion setting 7. Gallons are usually made at setting 7 or 8 with a 1 1/2 inch electrode distance.

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Buy One Kit or Get Two Kits For Less

One Colloid Master Universal Kit & One Pair Silver Electrodes $179.00 Two Colloid Master Universal kits Each with Silver Electrodes $338.00

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Call our main office directly at: (218) 885-0049

How long does it take to produce the colloid?

The general range of time it takes to produce colloid is 4 to 24 hours. The average time expected for setting 5.5 is approximately 4 to 10 hours as an example. You will get to know what to expect after making several batches, and with experience over time. The manual explains this in more detail.

The time required to produce a colloid at the same setting may vary slightly from one use to the next, even when using the same water, but the resulting colloid is predictable, small particle size is maintained and as a result the colloid is stable. The PPM is very repeatable. We have colloid in storage from over a year ago that has remained the same as when it was stored, or at least to within the accuracy of the PWT meter, approximately 1 PPM variance.

As mentioned before, the Colloid Master functions the same way every time it is used, however; there are other factors to consider. Changes in environmental conditions effect the process such as ionization in the air that is transferred to the container during the process, as well as forms of energy directed at Earth from solar events. That is why we do not use a timer, we have found that, in order to maintain small particles and to force unwanted byproducts created during the process out of the sol a precise adaptive process is required. During the process there is water and silver interacting with current, silver atoms are dispersed into the water also some silver combines directly with oxygen (silver oxide) the dark color on the electrodes. Some silver also combines directly with hydrogen, and appears as a silver white substance. The Colloid Master is designed to allow the unwanted particles to accumulate and fall out of suspension to the bottom of the container. There will also be accumulation onto the electrodes. The finished colloid should be filtered using filter Filter sources are included in the manual. The electrodes are cleaned before each new batch using the included cleaning pad.

The Colloid Master was designed so that a common canning jar. Lab glass is expensive and not required for this process. When the electrodes are suspended into the jar by the rim of the jar, and the electrodes are on opposite sides of the jar, there is then a 2 1/2 inch distance between them. The process will speed up considerably if the distance is reduced to two inches. This can be accomplished using a plastic lid that fits the jar, such as from a mayonnaise jar, cutting 3/4 inch slits in the lid at a distance of 2 inches apart. Each electrode can then be slid into the jar and a distance of 2 inches, or other experimental distances for different metals can be maintained.

What are the reasons that production time can vary?

Production time and parts per million in general will vary primarily due to factors such as water quality, power source, having the jar too close to 110 - 220 Volt AC power lines or anything that creates moving magnetic fields such as a 220 Volt AC motors e.g. clothes dryer etc. Surprisingly one of the biggest concerns is the SUN, in particular solar events. This may seem odd at first, however; we have monitored numerous solar events that correlate to observed changes in the colloidal production time and resulting colloid for more than five years at the time of this writing.

Solar events are a big issue, especially during this time. This is due to the fact that we are in an extended solar maximum period, the sun is sending lots of high energy particles such as x-rays our way. We have noticed that if the events are very dramatic, the process as well as the colloid can be effected. It is easy to visually identify the effects caused by solar occurrences such as coronal mass ejection that are directed to and effect Earth. This is discussed in the manual.

You can monitor the solar events yourself here: Here is a link for you to access a very good data base for monitoring solar events and the geomagnetic field:

http://solar-center.stanford.edu/weather.html

About the use of salt

We do not use salt for colloid production, it causes variations in the process and the resulting colloid / dispersion that our opinion is undesirable. Instead we suggest the addition of 2 to 3 ounces of previously made colloid to the fresh water before starting a new batch, this will decrease the time needed to complete the process. Using previously made colloid as a STARTER is the optimal method. The use of previously made colloid as a starter will take less time for the process to be complete, but does not generally increase PPM.

About heating the water

Heating the water is not required with the Colloid Master, it is designed to work at room temperature approximately 72 degrees F, this allows the process to proceed as it is designed to.

Important information about colloid production!

It is best to keep the clear glass canning jar container or lab glass that the colloid is being made in a dark place or covered to protect it from exposure to light. Preventing the effects of solar events, because of the energy intensity is difficult to prevent, it is easiest to deal with by becoming familiar with the process.

The process seems to be taking too long, how can I check how close it is to being finished?

While the process is active the green Processing light (led) will be on. The process is complete when the green light goes off and the red Process Finished light (led) goes on brighter. To check the progress of the process you can turn the PPM adjustment dial down toward the number one setting on the dial and note where the GREEN light goes off. If the green light goes off with only a very slight movement of the dial it is so close to completion that when this happens we stop the process and consider it done. If you find that it still has a way to go, it is a good idea to clean the electrodes, reset the dial to the desired PPM setting then press the start button to restart the process.

What happens when the process is complete?

The colloid will go through a dispersion process during the first 36 hours after being made(approximately). During this time the particles create stable associations, at completion the particles are in a stable state, relatively. It is important of particular importance to keep the colloid out of the light while it is processing and for approximately 36 hours afterward. Storage of the finished product should be in a clear glass container kept in a dark location, amber glass or a ceramic container that does not allow any light through.

How do I know the distilled water I use to make the colloid is pure?

Since the Colloid Master was designed in essence to monitor PPM, it can be used to pre test water quality. To test the distilled water simply fill the jar with water, place the electrodes into the water and suspended from the rim each electrode on opposite sides of the jar. Plug the Colloid master into the power, turn the PPM adjuster to the highest setting, press the green start button, then turn the dial down toward the lowest numbered setting and observe where the green light goes out. It is best if the green light does not go off, this means the water is as pure as possible.

Trouble shooting: The green light (process running LED) won't stay on, why?

As described in the water test above, the Colloid Master knows if the water is pure or not, if the dial is turned to the highest setting and when the green start button is pressed the green light goes on while the button is pressed, but it then goes off when you take your finger off of the start button. This normally indicates either highly contaminated water or a dysfunctional unit. The solution is to first confirm water quality with a PWT tester, or try another brand of water. If you are using your own distiller replace the (polishing) filter. The polishing filter is the carbon filter most often located in the spout of the distiller. How can I be sure it is not the Colloid Master that is the problem. The first test is power up, when plugged in the green Processing light will go on to show proper functioning. If you find that the green light will not stay on remove the wires from the electrodes and do not allow them to touch, turn the PPM dial to the highest setting and press the green start button, if the green light stays on, then the problem is almost certainly the water quality.

To complete the Colloid Master proper function test, switch the power for the Colloid Master to off or unplug it, turn the PPM dial to the highest setting, completely remove the electrode wires from the unit by pressing the clip that releases the electrode wires from the connectors. After you remove the electrode wires, observe the end of each wire is bare, press the release clip and re-insert the bare part of the wire so that it touches the metal part that clips in the terminal that hold the wire in place. Now turn the dial setting to 10, connect the copper clips from the electrode wires together, turn the power on, the red finished process light (led) should now be on indicating the Colloid Master is working fine.

In the unlikely event you have a dysfunctional unit, or just want to talk to a live person call customer support (218) 885-0049. If you have questions before buying feel free to give us a call. You can rest assured you will always have any problem fixed or replaced in a timely fashion.

The Colloid Master standard electrodes are 6 X 1/2 Inch 99.9 pure fine silver. Each set of electrodes will last several years under normal use. An expected amount is 75 - 100 Quarts (at higher settings) per set of electrodes. e.g., depending on the number of batches per week and the setting used, a pair of electrodes will last for several years. Example only!

30 DAY MONEY BACK GUARANTEE! 3 YEAR, PARTS, WORKMANSHIP and LABOR.

Something to think about: High quality commercially made high quality stable colloidal silver is currently selling for $ 6.00 an ounce wholesale! The Colloid Master makes 32 ounces each batch. That means that the very first batch of colloid made with the Colloid Master may have a commercial value of $192.00. (Example only). This those who have paid these expensive rates know this means an immediate return on your hard earned dollars.

Below is an image of how the electrode wires connect using spring loaded terminal connectors. The wall transformer power supply plugs into the coaxial plug on the back of the Colloid Master.

It is not necessary to use lab glass to make colloid with the Colloid Master. It was designed so that it can be used with a common canning jar. Standard jars made by Ball (R), Mason (R), Kerr (R), Atlas etc. all work well.
Note: Do not use wide mouth jars, a standard jar as we suggest has a 2 1/2 inch opening at the top. Notice the electrodes are placed on opposite sides of the jar. The electrode contact wires are pre installed into the Colloid Master with copper clips on the ends for attachment to the electrodes. Notice a small tab of the electrode faces outward to attach to (See picture above). The tab can also point downward and may ease keeping the electrodes straight down in the jar once the electrode wires are attached.

The wall transformer, electrode connection wires, electrodes, carry case and instructions are included with each Colloid Master. Just add jar and distilled water! Each unit is backed by a 30 day money back warranty and 3 year no fee parts and workmanship.

Shop or checkout via Credit Card or PayPal. U.S.A. and Canadian Customers only here:

No Pay Pal account required!

Buy One Kit or Get Two Kits For Less

One Colloid Master Universal Kit & One Pair Silver Electrodes $179.00 Two Colloid Master Universal kits Each with Silver Electrodes $338.00

Off-Line Mail Order form:

International Customer inquiry checkout here:

There is a lot of information about colloidal silver on the web from both sides of the fence, that is often not backed by true knowledge. There are numerous issues we could address. Let's start with the issue about the color that colloidal silver should be. Some say it should be clear, some say it should be deep gold to amber or even a reddish tint in higher PPM states. What is being over looked is what type of these potential colloids produce the best results for a given purpose. We are most interested in research that focuses on the destruction of pathogens. keeping the colloid at low PPMs to avoid or eliminate potential toxicity issues, yet at optimal levels for pathogen destruction is the objective for serious research.
Due to ongoing research, we are convinced that a colloidal silver that has a negative surface plasmon absorption band is the best for these purposes.

About the color of colloid
To make sense of the colloidal silver color issue I will quote from a paper by "Paul Mulvaney - Berich Strahlenchemie, Hahn-Meiter institut, D - 1000, berlin, 39, Germany" Titled " Colloidal Silver: Charge-Transfer Process and Photochemistry"

"In this report we present some recent results on charge-transfer and chemisorbtion process on colloidal silver. It has been found that the surface plasmon absorption band of colloidal silver, which is responsible for the yellow color of silver sols, is very sensitive to changes in the state of the colloid surface."

"The positively charged sols have a yellow-brown color, while negatively charged sol particles are a pale yellow.)"

" The absorption band maxima is shifted to shorter wavelengths when the particle becomes negatively polarized. Thus, the optical spectrum can, in principle, be used to determine whether a silver sol is negatively or positively polarized." "One difficulty is to determine the wavelength of the absorption maximum when silver is uncharged (i.e., at the so-called plasma null point or PNP.)" [End quote]

Colloidal silver can appear to be light yellow to yellow-brown, not because of excessive oxidation as is sometimes reported, the consideration is the surface plasmon absorption band polarization. The color is due to the light refraction of the yellow to yellow brown part of the light spectrum. Colloidal silver can also appear as a clear solution such as when the colloid is uncharged, referred to as " stoichiometric".

It is possible for contaminants or oxidation to be a factor regarding the color of colloidal silver, however; generally speaking the colors described above are a result of polarized charge contained in the surface plasmon absorption band, not contaminants or oxides.

Another issue that takes a beating on the Internet is particle size and metallic state. There are comments made that colloidal silver if it is not clear is a toxic heavy metal, however the truth of the matter these comments are not backed by provable data. The truth is, science is not as clear about this issue as some suggest. Quoting again from the above source "A quantitative understanding of size-dependent changes in the surface plasmon absorption band may eventually permit us to decide at what point silver clusters become metallic." [End quote]

As you can see from the above information that, although science has established theory regarding issues about various states of matter, the truth is, the lines are not as clear as you might expect. In particular metals that fall into the category of elements know as the transitional group, (such as silver) are very anomalous, in that, they have attributes that are drastically different when in the atomic or sub-micron colloidal state, than when crystallized into the common metallic form. Science is not in agreement about where the line is drawn between one state and another, science is in search of ways to quantify with accuracy at what point colloidal silver clusters are considered metallic.

Our difficulty at the moment is to attempt to give the reader an understanding of why we have chosen the process that we use. We have reason to believe that that a wide range of particle sizes should be considered. Apparently nano-clusters of silver have electrons are actively in motion on the surface of the particle, this causes the particles to attract water molecules which result in changes to the water its self, such as a reduction in surface tension, and the potential for structuring of the water molecules. The human body requires a reduced surface tension of water in order to absorb nutrients and expel waste. The water that surrounds cells has a surface tension of approximately 45 dynes. Unfortunately tap water is normally about 70 dynes, that means the body has to reduce the surface tension of the water in order for it to be used effectively to feed and cleanse the cells.

Our first goal is to create a dispersion that has a reduced surface tension, which is noted to be a phenomena of particles smaller than the normal metallic state. Again to make sense of this I will quote the above source. " The onset of plasmon absorption is considered to delineate the boundary between non-metallic and metallic behavior. Clusters are characterized by sharp absorption bands and the absence of collective oscillations."
[End quote]

In simple terms, the point at which the metallic behavior is determined is that the particles do not have "collective oscillations" also referred to as Brownian motion, the attribute that allows the particles to be suspended in the sol. A sharp plasmon band does not refract the yellow color as the smaller than metallic polarized particles do.

The exact reason that certain types of colloidal silver have been reported to kill pathogens is not yet fully determined scientifically. Our tests and observations to date, lead us to believe that the reduced surface tension allows the particles easy entrance into cells as one consideration. The observed selective destruction of pathogens is another issue that needs consideration. The most likely explanation will address photoelectron emission by sub-micron silver particles, chemisorption, the presence of negative hydrogen ions and Oxidation / Reduction Potential (ORP) existing in the negative range.

In other words the process for selective pathogen destruction resulting in potential antibiotic type effects will likely be found to be a result of combined features, such as decreased surface tension, which allows the particles to easily move into the surrounding cell fluid, or into the cell. The presence of photoelectron emission that may be found to emit a type of energy likely to be hostile to pathogens but desirable to healthy cells. Chemisorption of anions or other energies effecting pathogens in such a way that it result in the instability or destruction of the pathogen structure or processes. Other considerations could be the effects of zeta potential or other yet to be recognized energies emitted from the colloidal particles as well as the influence and presence of negative hydrogen ions on the surface of the colloidal silver clusters, especially as they relate to the attraction, structuring of water molecules and decreased Oxidation/Reduction Potential (ORP).

As you can see, the issues involved are more complex than some who have not considered these matters would have you believe. The few comments made here are greatly simplified for this presentation.

I hope the above information has helped to clarify some of the issues and concepts involved.

Shop or checkout via Credit Card or PayPal. U.S.A. and Canadian Customers only here:

No Pay Pal account required!

Buy One Kit or Get Two Kits For Less

One Colloid Master Universal Kit & One Pair Silver Electrodes $179.00 Two Colloid Master Universal kits Each with Silver Electrodes $338.00

Off-Line Mail Order form:

International Customer inquiry checkout here:

TOLL FREE ORDERS 24 hours a day 7 days a week 1 - 800 - 850 - 8998 Call our main office to order or for technical questions, the staff at the 800 number are not able to answer technical questions.
Call the main office directly at: (218) 885-0049
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