Implementation of the results of the research and development work relating to the manufacture of a new type of veneer products safe for the protection of products made of glass (Q82559): Difference between revisions
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(Removed claim: summary (P836): The primary objective of the project is to implement the production technology of new types of polyethylene film types based on polyethylene film using an aqueous dispersion of acrylic adhesives developed in the framework of the R & D work carried out by the applicant and on its behalf.The technology planned to be implemented within the project includes, in particular, the construction of a multilayered film base based on polyethylene, the che...) |
(Created claim: summary (P836): The primary objective of the project is to implement technologies for the production of new types of safety veneers based on polyethylene film with the use of water dispersion of acrylic adhesives, developed as part of R & D works carried out by the applicant and commissioned by the applicant. The technology to be implemented within the project includes, in particular, the construction of a multilayer film based on polyethylene, the chemical com...) |
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| Property / summary | |||||||||||||||
The primary objective of the project is to implement technologies for the production of new types of safety veneers based on polyethylene film with the use of water dispersion of acrylic adhesives, developed as part of R & D works carried out by the applicant and commissioned by the applicant. The technology to be implemented within the project includes, in particular, the construction of a multilayer film based on polyethylene, the chemical composition of the individual film layers and the technological parameters of its production and activation, as well as the recipes of water dispersion of acrylic adhesives. The implementation of the project, through the implementation of technology in a new production facility built from scratch, will allow the introduction of two innovative products to the European market: safety veneer for the protection of flat glass products and safety veneer to protect the rear of mirrors. New veneer types will combine very high mechanical and physico-chemical parameters with environmental friendliness. The application of a range of experimental development solutions will ensure that new veneer types are much more environmentally friendly than any of the currently available safe veneers on the European market. The pro-environmental solutions implemented in new products include, on the one hand, the elimination from veneers of environmentally harmful substances and components (carbon solvent-based adhesives, varnishes used in the release layer), materials which are troublesome for recycling or non-recyclable materials (including polyester, woven polypropylene with glue applied, siliconised paper) and, on the other hand, reducing the use of raw materials in the process of production. The Pro-environmental parameters of new products respond directly to the demand of the largest global manufacturers of flat glass and mirrors. (English) | |||||||||||||||
| Property / summary: The primary objective of the project is to implement technologies for the production of new types of safety veneers based on polyethylene film with the use of water dispersion of acrylic adhesives, developed as part of R & D works carried out by the applicant and commissioned by the applicant. The technology to be implemented within the project includes, in particular, the construction of a multilayer film based on polyethylene, the chemical composition of the individual film layers and the technological parameters of its production and activation, as well as the recipes of water dispersion of acrylic adhesives. The implementation of the project, through the implementation of technology in a new production facility built from scratch, will allow the introduction of two innovative products to the European market: safety veneer for the protection of flat glass products and safety veneer to protect the rear of mirrors. New veneer types will combine very high mechanical and physico-chemical parameters with environmental friendliness. The application of a range of experimental development solutions will ensure that new veneer types are much more environmentally friendly than any of the currently available safe veneers on the European market. The pro-environmental solutions implemented in new products include, on the one hand, the elimination from veneers of environmentally harmful substances and components (carbon solvent-based adhesives, varnishes used in the release layer), materials which are troublesome for recycling or non-recyclable materials (including polyester, woven polypropylene with glue applied, siliconised paper) and, on the other hand, reducing the use of raw materials in the process of production. The Pro-environmental parameters of new products respond directly to the demand of the largest global manufacturers of flat glass and mirrors. (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: The primary objective of the project is to implement technologies for the production of new types of safety veneers based on polyethylene film with the use of water dispersion of acrylic adhesives, developed as part of R & D works carried out by the applicant and commissioned by the applicant. The technology to be implemented within the project includes, in particular, the construction of a multilayer film based on polyethylene, the chemical composition of the individual film layers and the technological parameters of its production and activation, as well as the recipes of water dispersion of acrylic adhesives. The implementation of the project, through the implementation of technology in a new production facility built from scratch, will allow the introduction of two innovative products to the European market: safety veneer for the protection of flat glass products and safety veneer to protect the rear of mirrors. New veneer types will combine very high mechanical and physico-chemical parameters with environmental friendliness. The application of a range of experimental development solutions will ensure that new veneer types are much more environmentally friendly than any of the currently available safe veneers on the European market. The pro-environmental solutions implemented in new products include, on the one hand, the elimination from veneers of environmentally harmful substances and components (carbon solvent-based adhesives, varnishes used in the release layer), materials which are troublesome for recycling or non-recyclable materials (including polyester, woven polypropylene with glue applied, siliconised paper) and, on the other hand, reducing the use of raw materials in the process of production. The Pro-environmental parameters of new products respond directly to the demand of the largest global manufacturers of flat glass and mirrors. (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
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Revision as of 11:54, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Implementation of the results of the research and development work relating to the manufacture of a new type of veneer products safe for the protection of products made of glass |
Project in Poland financed by DG Regio |
Statements
6,000,000.0 zloty
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8,800,000.0 zloty
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68.18 percent
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12 October 2016
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30 September 2018
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SAMDEX SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ
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Podstawowym celem projektu jest wdrożenie technologii produkcji nowych typów oklein bezpiecznych na bazie folii polietylenowej z użyciem dyspersji wodnych klejów akrylowych, opracowanej w ramach prac B+R przeprowadzonych przez wnioskodawcę i na jego zlecenie. Technologia planowana do wdrożenia w ramach projektu obejmuje w szczególności konstrukcję wielowarstwowej folii na bazie polietylenu, skład chemiczny poszczególnych warstw folii oraz parametry technologiczne jej wytwarzania i aktywacji, a także receptury dyspersji wodnych klejów akrylowych. Realizacja projektu, poprzez wdrożenie technologii w wybudowanym od podstaw nowym zakładzie produkcyjnym, pozwoli wprowadzić na europejski rynek dwa innowacyjne produkty: okleinę bezpieczną do ochrony wyrobów ze szkła płaskiego oraz okleinę bezpieczną do zabezpieczenia tyłów luster. Nowe typy oklein będą łączyły bardzo wysokie parametry mechaniczne i fizyko-chemiczne z przyjaznością dla środowiska. Zastosowanie szeregu rozwiązań opracowanych w ramach eksperymentalnych prac rozwojowych pozwoli zapewnić, że nowe typy oklein będą produktami znacznie bardziej przyjaznymi dla środowiska niż jakiekolwiek z dostępnych aktualnie na rynku europejskim oklein bezpiecznych. Wdrożone w nowych produktach pro-środowiskowe rozwiązania obejmują z jednej strony eliminację z oklein substancji i komponentów szkodliwych dla środowiska (klejów na bazie rozpuszczalników węglowodorowych, lakierów wykorzystywanych w warstwie „release”), tworzyw kłopotliwych w recyklingu lub niemożliwych do recyklingu (m.in. poliesteru, tkanego polipropylenu z naniesionym klejem, papieru silikonowanego), a z drugiej ograniczenie zużycia surowców w procesie produkcji (ograniczenie ilości nakładanego kleju, eliminacja dodatkowej warstwy chroniącej jedną stronę okleiny przed penetracją kleju). Pro-środowiskowe parametry nowych produktów odpowiadają bezpośrednio na zapotrzebowanie zgłaszane przez największych globalnych producentów szkła płaskiego oraz luster. (Polish)
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The primary objective of the project is to implement technologies for the production of new types of safety veneers based on polyethylene film with the use of water dispersion of acrylic adhesives, developed as part of R & D works carried out by the applicant and commissioned by the applicant. The technology to be implemented within the project includes, in particular, the construction of a multilayer film based on polyethylene, the chemical composition of the individual film layers and the technological parameters of its production and activation, as well as the recipes of water dispersion of acrylic adhesives. The implementation of the project, through the implementation of technology in a new production facility built from scratch, will allow the introduction of two innovative products to the European market: safety veneer for the protection of flat glass products and safety veneer to protect the rear of mirrors. New veneer types will combine very high mechanical and physico-chemical parameters with environmental friendliness. The application of a range of experimental development solutions will ensure that new veneer types are much more environmentally friendly than any of the currently available safe veneers on the European market. The pro-environmental solutions implemented in new products include, on the one hand, the elimination from veneers of environmentally harmful substances and components (carbon solvent-based adhesives, varnishes used in the release layer), materials which are troublesome for recycling or non-recyclable materials (including polyester, woven polypropylene with glue applied, siliconised paper) and, on the other hand, reducing the use of raw materials in the process of production. The Pro-environmental parameters of new products respond directly to the demand of the largest global manufacturers of flat glass and mirrors. (English)
14 October 2020
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Identifiers
POIR.03.02.02-00-0583/16
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