Whee... today according to a publication by Yellow Brix. Inc. a fascinating new joint venture has taken place between two companies who's main function and selling mechanism, is to create and market Specialty Resins. Now, let it be know that Vitrotech and Iretex are joining forces to bring a product to market with much appeal...It is called Vitrolight. It is a superior packaging product... very light and made predominately from Amorphous Aluminosilicate.. deposites of which (35 billion lbs)can be legally used for plastics paintings and other coatings and packaging products. Now one should note that a light packaging product of strength and inexpensiveness, as well as being somewhat biodegradable would be a good thing to have in our world especially considering that our use of tree products need to plummet if possible. Aluminum is cool. It has a melting point of 1220 deg F and has a melting point of 4300 F. If it were to be tinkered with to have properties similar to its column mate Boron could be hard. Hardness would be a good quality in packaging if the lightness were maintained. Boron Nitride is arguably the hardest substance known. Boron alloys and combos are although more expensive much the rage. and one could have Gemstones of outrageous quality with some of the newer technology introduced by the fella whose name is in MIT's Technology Mag. and by super pressure Gas condensation is creating Diamonds and other gems Although a bit too perfect so that they occasionally much to the chagrin of DeBeers are discovered but not often enough and the mistique of the diamond made better by wonderous cerebrum of civilized hyper techno beautific man-god. Aluminum extracted mainly by cryolite and electricty from Bauxite is also a very good conductor and the 3rd most abundant element on the face of the earth after silicon and oxygen,... the other stuff in that amorphous deposite of some 17 million tons. Of course so far the greatest use for aluminum is transportation mechanics thus the packaging industry aforementioned. Aluminum is amphoteric. ( that is it reacts with both acids and bases) the other better conductors of electricity although more expensive are copper and silver. And considering the cost increases of copper one might consider more use of aluminum as electricity conductor. it is a nifty element couched by neighbors of agility as or exceeding in some cases by magnitudes its own. carbon silicon gallium zinc and germanum. but consider playing with dysprosium and iridum and applications could become all the more rewarding. hey one day someone may read my column just to link up industries of similar interests or synergetic combinitoralities of scale! My Intuition could be worth the dollars!!! wow!!!
VitroTech and Iretex should look closely at what they have. considering that amorphous aluminosilicates sound like they would have application in the semiconductor industry and that, they, morphed and, chemically extruded in various molecular formulas if doped with a few Kewl compounds or elements such as luminol or Rhodopsin B or firefly ass contents or radium..... then perhaps germanium arsenic gallium and other dipity etching and chip and glass blowing some quantum dot chromium glass.... well talk to Will McCarthy Author of "Hacking Matter"; he knows bundles about such practicalities yet this is an aside.
Flourescense intermitentcy... ala Cadmium selenide... oh we could go on... if only all companies were driven by the field of Research. Well any way. These Two have wed and are now Husbanded by Jess Rae Booth Chairman and CEO of VitroTech Corp. 714-708-4700 Good luck with your VitroLight.... but at least take a glance at Vitro.-.Light ... Flashing pottery! Go for it. lucent Verizon Deal ... Man named Muongi Bawendi discoverer of the quantum dot in solution and in glass ( same thing really) and actually was dicovered the Renaisance. these people know how to use your deposites too....
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