Preparing solid nanocomposite used for manufacturing adhesives, footwear, athletic articles tires and auto parts, involves using aqueous dispersion containing non-modified solid layered silicate and polymer latex in electrolytic coagulation
NOVELTY – Solid nanocomposite preparation involves using aqueous dispersion containing non-modified solid layered silicate and polymer latex in an electrolytic coagulation. The electrolytic coagulation of the latex and clay dispersion is occurred by adding coagulating agent solution. USE – Method for preparing solid nanocomposite used for manufacturing adhesives, footwear, athletic articles tires and auto parts (claimed). ADVANTAGE – The method provides the solid nanocomposite without using organic solvents, chemically modified clay and modified elastomer. DESCRIPTION OF DRAWING(S) – The drawing shows X-ray diffraction patterns of solid nanocomposite. (Drawing includes non-English language text).
Main Application Field
A83 (Clothing, footwear.); G03 (Adhesives – excluding dispensers. Polymeric adhesives are also classified in Section A (C09H, J).); A11 (Polysaccharides; natural rubber; other natural polymers (only a restricted range of (modified) natural polymers are included. Thus starch would be excluded, but chemically modified starch included).); A12 (Polymers of di-and higher olefins; acetylenics; nitroso compounds.); A14 (Polymers of other substituted monoolefins; including PVC, PTFE.); A85 (Electrical applications.); A95 (Transport – including vehicle parts, tyres and armaments.)
INVENTORS:
RIPPEL MARCIA MARIA
SCHUMACHER HELOISA CAJON
GALEMBECK FERNANDO
365_DESESTABILIZACAO
Patent number: BR200905278-A2
PATENT STATUS:
For information contact Inova Unicamp
FOR ADDITIONAL INFORMATION:
parcerias@inova.unicamp.br
+55 (19) 3521-5207 / 2607
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