pROBLEM STATEMENT :  further to as published and envisaged by this individual in projects.pdf and elsewhere

                     fibre-glass ...with a majority of silica 
                                ....fire-resistant, shock or electricity conductivity resistant , lite weight than metal.


Opportunity :  fibre glass ...is the composite of the future

               for usages from car body building, glider's ...aircraft [building in combination with aluminium or carbon polymer  ]
               body building ..., surf-boards, boat's ......housing (store/rest/sheds....inlieu of asbestos)

               creation of rust proof ...coated or innerling of piping (drinking ....drainage ....etc)

               can be use as a substitute for metal in  almost all places where metal is used,  


               pellets or bullets made of fibre-glass make a ideal composite ...a the sharpness of a silica, strenghth ...lite
               weight ....the distance to which it can travel ....can pierce the target ....bleed to death.  


               given that carbon polymer derivatives have the most popular and market share for their usage in various FMCG
               segments ....exploring viable derivatives from silca that can potentially substitute their usage in the segment,
               rather than looking for molecular alternatives that emulate the feature's of carbon polymer molecules offer
               the niche potential market(understand the dynamics of FMCG usage)            

Note: The above problem statement having been encountered in various scenarios
      and detailed in various 'Proof of concepts' as mentioned in 
      
       http://uk.geocities.com/ravivenkatus/projects.pdf
       http://ravishankarkv.tripod.com/projects.pdf
        ....apply appropriate
      'use-case' modeling and arrive at a workable and feasible solution both
       commercially and techinically viable.


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