Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
MEHRKOMPONENTEN-KUNSTMÖRTEL AUF BASIS SILANTERMINIERTER HARZE
Use of an injection-synthetic mortar for fixing anchoring elements in holes is claimed, where the injection-synthetic mortar comprises at least a component (a) on the basis of at least one silicon bonded hydrolyzable group containing silane terminated synthetic resin, which is introduced into the hole, or in the case of a multi-component injection synthetic mortar in addition to (a), and the mortar comprises at least a component (b) with a water base hardener. Use of an injection-synthetic mortar for fixing anchoring elements in holes is claimed, where the injection-synthetic mortar comprises at least a component (a) on the basis of at least one silicon bonded hydrolyzable group containing silane terminated synthetic resin, which is introduced into the hole, or in the case of a multi-component injection synthetic mortar: in addition to (a), the mortar comprises at least a component (b) with a water base hardener, and the mixing takes place in situ and simultaneously and/or subsequently introduced into the hole, and simultaneously or subsequently the anchoring element is introduced into the hole. Independent claims are included for: (1) a kit, preferably for injection-synthetic mortar, preferably two-components-kit comprising the components (a) and (b), and optionally one or more additives, where: the injection-synthetic mortar is in the form of multi-chamber cartridge, and the weight ratio of (a) to (b) is 99.99-0.01, preferably 80-1 wt.%; and (2) the injection-synthetic mortar comprises the component (a), and (b), where (a) is obtained by (i) reacting organic polyamine with one or more (preferably one) epoxy-, isocyanate-, (meth)acrylate- or anhydride group and at least one silicon bonded hydrolyzable group containing silane; or (ii) reacting mono- or polyfunctional hydroxy group containing resin or polyol with one or more (preferably one) epoxy-, isocyanate- and/or anhydride group and at least a silicon bonded hydrolyzable group containing silane; or (iii) reacting vinyl group containing resin with one or more (preferably one) amino- and/or thiol group and at least one silicon bonded hydrolyzable group containing silane; or (iv) reacting anhydride group containing compound with one or more (preferably one) amino or isocyanato group and at least one silicon bonded hydrolyzable group containing silane; or (v) partially reacting at least biuret-, allophanate-, uretdione-, isocyanurate-, iminooxadiazindione- and/or uretonimine groups containing isocyanate residue carrying resin with silane, where the substituents comprise at least a silicon bonded hydrolyzable group and at least an isocyanate group with reactive groups of amino (preferred), sec.amino, mercapto, epoxy, isocyanato- and/or anhydride group, or (vi) using the products of two or more of the above-mentioned reaction products.
MEHRKOMPONENTEN-KUNSTMÖRTEL AUF BASIS SILANTERMINIERTER HARZE
Use of an injection-synthetic mortar for fixing anchoring elements in holes is claimed, where the injection-synthetic mortar comprises at least a component (a) on the basis of at least one silicon bonded hydrolyzable group containing silane terminated synthetic resin, which is introduced into the hole, or in the case of a multi-component injection synthetic mortar in addition to (a), and the mortar comprises at least a component (b) with a water base hardener. Use of an injection-synthetic mortar for fixing anchoring elements in holes is claimed, where the injection-synthetic mortar comprises at least a component (a) on the basis of at least one silicon bonded hydrolyzable group containing silane terminated synthetic resin, which is introduced into the hole, or in the case of a multi-component injection synthetic mortar: in addition to (a), the mortar comprises at least a component (b) with a water base hardener, and the mixing takes place in situ and simultaneously and/or subsequently introduced into the hole, and simultaneously or subsequently the anchoring element is introduced into the hole. Independent claims are included for: (1) a kit, preferably for injection-synthetic mortar, preferably two-components-kit comprising the components (a) and (b), and optionally one or more additives, where: the injection-synthetic mortar is in the form of multi-chamber cartridge, and the weight ratio of (a) to (b) is 99.99-0.01, preferably 80-1 wt.%; and (2) the injection-synthetic mortar comprises the component (a), and (b), where (a) is obtained by (i) reacting organic polyamine with one or more (preferably one) epoxy-, isocyanate-, (meth)acrylate- or anhydride group and at least one silicon bonded hydrolyzable group containing silane; or (ii) reacting mono- or polyfunctional hydroxy group containing resin or polyol with one or more (preferably one) epoxy-, isocyanate- and/or anhydride group and at least a silicon bonded hydrolyzable group containing silane; or (iii) reacting vinyl group containing resin with one or more (preferably one) amino- and/or thiol group and at least one silicon bonded hydrolyzable group containing silane; or (iv) reacting anhydride group containing compound with one or more (preferably one) amino or isocyanato group and at least one silicon bonded hydrolyzable group containing silane; or (v) partially reacting at least biuret-, allophanate-, uretdione-, isocyanurate-, iminooxadiazindione- and/or uretonimine groups containing isocyanate residue carrying resin with silane, where the substituents comprise at least a silicon bonded hydrolyzable group and at least an isocyanate group with reactive groups of amino (preferred), sec.amino, mercapto, epoxy, isocyanato- and/or anhydride group, or (vi) using the products of two or more of the above-mentioned reaction products.
MEHRKOMPONENTEN-KUNSTMÖRTEL AUF BASIS SILANTERMINIERTER HARZE
MULTIPLE COMPONENT ARTIFICIAL MORTAR ON THE BASIS OF SILANE TERMINATED RESINS
MORTIERS SYNTHÉTIQUES À PLUSIEURS COMPOSANTS À BASE DE RÉSINES TERMINÉES PAR DU SILANE
SCHLENK CHRISTIAN (Autor:in) / GRÜN JÜRGEN (Autor:in) / VOGEL MARTIN (Autor:in)
21.12.2016
Patent
Elektronische Ressource
Deutsch
Chemikalienbeständige Beschichtungen auf Basis duroplastischer Harze
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