Post on 01-Jun-2018
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Innovator: Dr. R. Gopalan, Executive DirectorComposites Technology Park, angalore
!atural"#i$er % Glass"#i$er &y$ri'
io"composite uil'ing (aterials
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Engineere' mixture o): Glass")i$er an' natural")i$er Typically $am$oo, coir * +ute )i$ers Desire' ratio an' orientation o) )i$ers that exploits ualities
o) $oth )i$ers )or cost * per)ormance $ene)its.
(ixture processe' )or manu)acture o) a variety o)
pro'ucts inclu'ing: Roo)ing panels Decks ri'ges Interior an' exterior $uil'ing -alls an' )loors tructurally insulate' panels /IPs0 Emergency shelters 1))"shore 'eck plat)orms.
Composite Technology Park2s /CTP0
!atural"#i$er % Glass"#i$er io"Composite uil'ing (aterials
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Per)ormance Characteristics
34, -ater, )ungus, mol', corrosion, salt, alkaline, a$rasion, heat,rot an' -oo' in)estation resistant.
Can $e engineere' to $e practically termite proo) an' -aterproo).
Estimate' R"value expecte' to $e t-ice that o) most -oo's.
uperior strength5Primary component $am$oo:
&as a tensile strength o) 67,888 poun's9suare inch5greater than steel ithstan's up to ;6,888 poun's o) pressure per suare
inch5more than concrete.
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Processed under controlled temperature & pressure in
compression moulding press then cut to required size.
1.
am$oo 9 Glass #i$er io"Composite an'-ich all Panels
tan'ar' si=e:>)t ? 7)t
Thickness:@; mmAB88 mm
Density:B8kg 9mA68kg9m
&igh: trengthAeight Ratio ti))ness orka$ility
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Impregnated w/high performance polymeric resin &
processed under high temperature & compression molding.
tan'ar' si=e >)t ? 7)t
Thickness @.6 mm A ;.8 mm
Density F;8kg9m A BB6;kg9m
am$oo 9 Glass #i$er io"Composite Roo)ing Panels
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am$oo 9 Glass #i$er io"Composite #loor * all Panels
tan'ar' si=e >)t ? >)t Thickness B6 mm A 68 mm Density 788kg9m A B888kg9m
Corrosion an' termiteresistance etter heat resistance
Color impregnation availa$le
Thickness: F mm A B7 mm Density: 788kg9m A B888kg9m nti"ski' (C layer
Electrical insulationcharacteristics pplication: #loor panel )or
chemical9corrosion environment
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Characteristics o) (a+or Component: am$oo
70% - 0% of !io-composite is typically !am!oo.
"ar#ested in $- years #ersus 0 ' 0 years for most tim!er. (eight/acre per year up to ) times higher than tim!er.
*ach acre remo#es up to +. tons of car!on dio,ide/year andgenerates up to $% more o,ygen than an equi#alent stand of trees.
"ar#esting is non-in#asi#e to the en#ironment--typically cut !y hand
and transported !y light truc. !sor!s pollutants in damaged soil and mitigates water pollution due
to its high nitrogen consumption especially from waste water.
am!oo is not a #olatile organic compound 1234.
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am$oo"#i$er % Glass"#i$er io"Composite Examples $y CTP
Early CTP 'emo structure @.; yrs a
Pre)a$ricate' military o))ice 9 hous
CTP materials: -alls, )loors * roo)
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1ne o) 6; akthi &ill Resort
Guesthouses $uilt 6.; years agooutsi'e angalore. #reuent
compliments )rom guests an'
inuiries )or purchase an'
manu)acture o) materials
am$oo"#i$er % Glass"#i$er io"Composite Examples $y CTP
Pre)a$ricate' shelter,
multipurpose: Disaster management. Emergency shelters.
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Technology ssessment
Professor illie 5aircloth6 chool of rchitecture6 8ni#ersity of 9e,as atustin: You can create these technologies on a scientists desk, butcan you ramp up towards production? Dr. Gopalans research hasfound a way to create a process for manufacturing which is always thetechnology transfer issue. Its often a ery slow process. !hats whatsuni"ue about Dr. Gopalans company# he is ery, ery close in being
able to hand off his technology to a company to actually put intoproduction.$
;ot simply a research la!6 9he 3omposite 9echnology Par directed !yocheed ?artin @ I3) =old ward for 2utstanding ;ewInno#ation6 Auly 6 )007.
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Pro'ucts are teste', evaluate', * certi)ie' $y national la$oratory.
Roo)ing panel $eing certi)ie' $y T( International
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Commerciali=ation In)ormation
Contact:
Aim 1ance
=lo!al 3ommercialization Programs
9he I3) Institute
9he 8ni#ersity of 9e,as at ustin
B#anceCicc.ute,as.eduhttp://www.ic).ute,as.edu/glo!al/
2ffice: )-)$)-$D0
?o!ile: )-D70-++)
1pportunities:
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