technica

technica

MolyFusion = Liquid with (Stabilized) Molybdenum and Iron Phosphate Ions.



Moly-Fusion (Molybdenum Infusion + Iron Phosphating) New Technology for metal surfaces!



Important because it SQUASHES AVAILABLE FRICTION, MORE: durable; scuff resistant; corrosion resistant.



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Technical Response to the Discover Mag.'s Nomination



 



 




(The Nomination, Technical Answers to the Editors' Questions .)

1. Name of innovation.
Moly-Fusion™ (Was referred by your editors as Molybdenum Fusion.)

2. Describe the innovation in a few sentences.
The Moly-Fusion liquid is the result of new inorganic chemistry and inorganic chemistry technique.
The underlying science in the liquid is the ability to maintain a stable structure in solution for use onto a conductive substrate.
The atoms and more are kept stable in suspension ready to be infused for treatment. (Hence Moly Fusion™ .)

3. How does the innovation work?
When the liquid comes into physical contact with targeted clean and prepared metal surfaces, reaction is covalently bonded into the surface structure over time.
Innfusion is measurably into the surface structure. Outside dimensional changes are extremely small: i.e. ".00005" of covalently bonded new structure.
Nitrogen into the metal is also a key component to the performance increase.
phosphatings is a new chemistry term, but accurately describes new substances that are present along with ammonia and phosphorous amido complex.
Molybdenum and phosphate is the simple way to describe some of what is going on, still under study.
It is so brand new, much more needs to learned.

4. What problem did this innovation solve?
Many problems, and new ones are discovered as we speak: For example, where lubrication, or anti -- seizing, anti -- sticking, or abrasive protection is required at very high temperatures and /or combined with pressure situations (high or low).
It has been shown to be effective at dynamic temperatures, and to 2200 degrees and higher (for the aforementioned situations.)

5. Why is it important?
It does things in a way no other process can do.
It can be done quickly within R & D budgets. Low temperatures means no chance of changing any surface or metal characteristics, such as hardness. All the technology built in means it is very low tech and low cost per application as in use, which means it can be used on a wide variety of applications more quickly.

6. How will this innovation benefit the average consumer or the public in general?
It will allow a huge array of inexpensive treatments, including inexpensive and expensive metal for scientists, inventors, innovators, and industry users, large and small. Better products, less price. To make sure this happens, it is available to the average consumer and inventor alike, in the form of a "self contained 1/2 oz. chemistry evaluation kit" with directions for $50.00. I think it is well within reach of the serious experimenter / student. In addition, this amount of liquid treats quite alot of metal.


7. When was this innovation developed, released or launched?

While research is ongoing. (A new University study is expected to be released to the world, [2001 note: It never happened: never released.];

8. What product or products incorporate this innovation, if applicable?
... Moly Fusion is the core product.
9. Is any information available on the internet?
yes: currently at http://www.molyfusion.com/


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