Composição Biocida e método para eliminação de corais invasores em condições subaquáticas
Química / Tecnologia Ambiental
Producing nanocomposite solid used for manufacturing automotive tire and dynamic and static seals, involves using aqueous dispersion containing silicate lamellar solid (clay), non-modified polysaccharides and polymeric latex
NOVELTY – Nanocomposite solid production involves using an aqueous dispersion containing silicate lamellar solid (clay), non-modified polysaccharides and polymeric latex, where the nanocomposite solid is obtained by dispersion, drying and coagulation of materials. USE – Method for producing nanocomposite solid used for manufacturing automotive tire, dynamic and static seals, gaskets, sealants, hoses, belts, films, coatings, jackets, gloves, condoms, balloons, polysaccharide clay, drying ovens, stoves, hot air cameras, water vapor membrane, water absorbing materials, oil and solvents barrier material and waterproof coatings (all claimed). ADVANTAGE – The nanocomposite solid producing method enables to provide product with hydrophilic and hydrophobic characteristics.
Main Application Field
A18 (Addition polymers in general.); G02 (Inks, paints, polishes – polymer-based paints and inks are also classified in Section A (C09D, F, G).); D22 (Sterilising, bandages, dressing and skin protection agents – including sterilising agents (other than for food), sutures, plaster casts, bioactive prostheses, contact lenses, diapers, animal litter, timber, preservatives, disinfectants, bactericidal detergents, deodorants, insect repellent compounds, moth proofers, sheep dip (A61L).); A83 (Clothing, footwear.); A85 (Electrical applications.); A88 (Mechanical engineering and tools e.g. valves, gears and conveyor belts.); A95 (Transport – including vehicle parts, tyres and armaments.); A96 (Medical, dental, veterinary, cosmetic.)
INVENTORS:
GALEMBECK FERNANDO
RIPPEL MARCIA MARIA
