Development of the technology for the production of function layers & extra; building coatings that contain nanomaterials to improve the integrity of the barrier and resistance by developing and implementing a comprehensive system for termoregulation, anti-condensation and hydroinsulating. (Q78870): Difference between revisions
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(Removed claim: summary (P836): The project consists of developing the production of functional layers that contain nanomaterials in order to improve the performance of the barrier and resistance by developing and implementing a comprehensive system for termoregulation, anti-condensation and hydrogeological (hereinafter:Draft).Is implemented by KREISEL Technik Building Engineering Sp. z o. o. (hereinafter:Company, Applicant, KREISEL).5 products (3 plasters, paint and membran...) |
(Created claim: summary (P836): The project consists of developing a technology for the production of functional layers containing nanomaterials to improve barrier and immune properties by developing and implementing a comprehensive thermoregulation, anticondensing and hydroinsulating system (hereinafter: The project). The producer is Kreisel Technika Budowlana Sp. zo.o. (hereinafter: Company, Applicant, Kreisel). 5 products (3 plaster, paint and diaphragm) will be prepared fo...) |
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The project consists of developing a technology for the production of functional layers containing nanomaterials to improve barrier and immune properties by developing and implementing a comprehensive thermoregulation, anticondensing and hydroinsulating system (hereinafter: The project). The producer is Kreisel Technika Budowlana Sp. zo.o. (hereinafter: Company, Applicant, Kreisel). 5 products (3 plaster, paint and diaphragm) will be prepared for implementation in total: system, coherent, tested, universal whole to be implemented in order to improve the properties of the building. This will be the solution: cheap, eco-friendly, durable, energy- and material-saving, actively thermoregulating, providing the right microclimate, enabling intelligent moisture management for internal and external applications, for protection against fungi, mold, bacteria, flexible structure and scrub resistant. Fast-to-assembly universal insulation, solvent-free, non-combustible, seamless and resistant to extreme physicochemical conditions. The characteristics will be achieved, among others, by using: •polymer microcapsules with a special mixture of waxes using the phenomenon of phase transformation, materials with a large specific surface, mechanically non-destructible, • porous glass spheres, polymer nanomaterials, with high flexibility and resistance to scrubbing, • polymer material resistant to environmental and mechanical factors, for use as a type of insulation: light to heavy, without solvents, with non-combustible properties and uniform structure, with flexibility above 800 % and 100 % of shape memory, with nanomaterials addition, The works were divided into own works (R & D and 6 laboratories of the Company) and commissioned works for individuals (English) | |||||||||||||||
| Property / summary: The project consists of developing a technology for the production of functional layers containing nanomaterials to improve barrier and immune properties by developing and implementing a comprehensive thermoregulation, anticondensing and hydroinsulating system (hereinafter: The project). The producer is Kreisel Technika Budowlana Sp. zo.o. (hereinafter: Company, Applicant, Kreisel). 5 products (3 plaster, paint and diaphragm) will be prepared for implementation in total: system, coherent, tested, universal whole to be implemented in order to improve the properties of the building. This will be the solution: cheap, eco-friendly, durable, energy- and material-saving, actively thermoregulating, providing the right microclimate, enabling intelligent moisture management for internal and external applications, for protection against fungi, mold, bacteria, flexible structure and scrub resistant. Fast-to-assembly universal insulation, solvent-free, non-combustible, seamless and resistant to extreme physicochemical conditions. The characteristics will be achieved, among others, by using: •polymer microcapsules with a special mixture of waxes using the phenomenon of phase transformation, materials with a large specific surface, mechanically non-destructible, • porous glass spheres, polymer nanomaterials, with high flexibility and resistance to scrubbing, • polymer material resistant to environmental and mechanical factors, for use as a type of insulation: light to heavy, without solvents, with non-combustible properties and uniform structure, with flexibility above 800 % and 100 % of shape memory, with nanomaterials addition, The works were divided into own works (R & D and 6 laboratories of the Company) and commissioned works for individuals (English) / rank | |||||||||||||||
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| Property / summary: The project consists of developing a technology for the production of functional layers containing nanomaterials to improve barrier and immune properties by developing and implementing a comprehensive thermoregulation, anticondensing and hydroinsulating system (hereinafter: The project). The producer is Kreisel Technika Budowlana Sp. zo.o. (hereinafter: Company, Applicant, Kreisel). 5 products (3 plaster, paint and diaphragm) will be prepared for implementation in total: system, coherent, tested, universal whole to be implemented in order to improve the properties of the building. This will be the solution: cheap, eco-friendly, durable, energy- and material-saving, actively thermoregulating, providing the right microclimate, enabling intelligent moisture management for internal and external applications, for protection against fungi, mold, bacteria, flexible structure and scrub resistant. Fast-to-assembly universal insulation, solvent-free, non-combustible, seamless and resistant to extreme physicochemical conditions. The characteristics will be achieved, among others, by using: •polymer microcapsules with a special mixture of waxes using the phenomenon of phase transformation, materials with a large specific surface, mechanically non-destructible, • porous glass spheres, polymer nanomaterials, with high flexibility and resistance to scrubbing, • polymer material resistant to environmental and mechanical factors, for use as a type of insulation: light to heavy, without solvents, with non-combustible properties and uniform structure, with flexibility above 800 % and 100 % of shape memory, with nanomaterials addition, The works were divided into own works (R & D and 6 laboratories of the Company) and commissioned works for individuals (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
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Revision as of 10:31, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Development of the technology for the production of function layers & extra; building coatings that contain nanomaterials to improve the integrity of the barrier and resistance by developing and implementing a comprehensive system for termoregulation, anti-condensation and hydroinsulating. |
Project in Poland financed by DG Regio |
Statements
2,501,619.33 zloty
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4,311,735.17 zloty
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58.02 percent
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1 June 2016
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30 November 2018
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KREISEL - TECHNIKA BUDOWLANA SP. Z O.O.
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52°24'2.2"N, 16°55'11.3"E
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Projekt polega na opracowaniu technologii wytwarzania warstw funkcyjnych, zawierających nanomateriały w celu poprawy właściwości barierowych i odpornościowych poprzez opracowanie i wdrożenie kompleksowego systemu termoregulacyjnego, antykondensacyjnego oraz hydroizolacyjnego (dalej: Projekt). Realizatorem jest KREISEL Technika Budowlana Sp. zo.o. (dalej: Spółka, Wnioskodawca, KREISEL). Przygotowanych do wdrożenia zostanie 5 produktów (3 tynki, farba oraz membrana) łącznie: systemowa, spójna, przetestowana, uniwersalna całość do zaimplementowania w celu poprawy właściwości budynku. Będzie to rozwiązanie: tanie, ekologiczne, trwałe, energo- i materiałooszczęde, aktywnie termoregulujące, zapewniające odpowiedni mikroklimat, umożliwiające inteligentną gospodarkę wilgocią do zastosowań wewnętrznych i zewnętrznych, do ochrony przed grzybami, pleśniami, bakteriami, o elastycznej strukturze i odporne na szorowanie. Szybkie w montażu uniwersalne izolacje, bez rozpuszczalników, niepalne, bezspoinowe i odporne na ekstremalne warunki fizykochemiczne. Cechy zostaną osiągnięte m.in. dzięki zastosowaniu: •polimerowych mikrokapsułek ze specjalną mieszaniną wosków wykorzystujące zjawisko przemiany fazowej, materiałów o dużej powierzchni właściwej, mechanicznie nieuszkadzalnych, •kulek szklanych porowatych, nanomateriałów polimerowych, o dużej elastyczności i odporności na szorowanie, •materiału polimerowego odpornego na działania czynników środowiskowych i mechanicznych, do zastosowania jako izolacja typu: lekkiego do ciężkiego, bez rozpuszczalników, o właściwościach niepalnych i jednolitej strukturze, o elastyczności powyżej 800% i 100% pamięci kształtu, z dodatkiem nanomateriałów, Prace zostały podzielone na prace własne (kadra B+R oraz 6 laboratoriów Spółki) i prace zlecone jednostkom (Polish)
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The project consists of developing a technology for the production of functional layers containing nanomaterials to improve barrier and immune properties by developing and implementing a comprehensive thermoregulation, anticondensing and hydroinsulating system (hereinafter: The project). The producer is Kreisel Technika Budowlana Sp. zo.o. (hereinafter: Company, Applicant, Kreisel). 5 products (3 plaster, paint and diaphragm) will be prepared for implementation in total: system, coherent, tested, universal whole to be implemented in order to improve the properties of the building. This will be the solution: cheap, eco-friendly, durable, energy- and material-saving, actively thermoregulating, providing the right microclimate, enabling intelligent moisture management for internal and external applications, for protection against fungi, mold, bacteria, flexible structure and scrub resistant. Fast-to-assembly universal insulation, solvent-free, non-combustible, seamless and resistant to extreme physicochemical conditions. The characteristics will be achieved, among others, by using: •polymer microcapsules with a special mixture of waxes using the phenomenon of phase transformation, materials with a large specific surface, mechanically non-destructible, • porous glass spheres, polymer nanomaterials, with high flexibility and resistance to scrubbing, • polymer material resistant to environmental and mechanical factors, for use as a type of insulation: light to heavy, without solvents, with non-combustible properties and uniform structure, with flexibility above 800 % and 100 % of shape memory, with nanomaterials addition, The works were divided into own works (R & D and 6 laboratories of the Company) and commissioned works for individuals (English)
14 October 2020
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Identifiers
POIR.01.02.00-00-0011/16
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