Back to results
US 2010/0301286 A1Published application
Flame retarded thermosets
AssigneeMartinswerk GmbH
InventorsThomas Dittmar, Hans Peter Hillekamps, Jens Pfeiffer
Life of this patent
Estimating the term…
Abstract
The present invention relates to flame retarded thermoset formulations with good viscosity performance.
Claims30
1) A flame retarded thermoset derivable from:
- a) at least one phosphonate;
- b) at least one metal hydroxide;
- c) at least one thermoset resin;
- and, optionally d) one or more additives selected from dyes;
- pigments;
- colorants;
- antioxidants;
- stabilizers;
- plasticizers;
- lubricants;
- flow modifiers or aids;
- additional flame retardants;
- drip retardants;
- antiblocking agents;
- antistatic agents;
- flow-promoting agents;
- processing aids;
- UV stabilizers;
- PVC resins;
- matting agents;
- adhesion promoters;
- electrically conductive agents;
- multivalent metal ion;
- curing initiators or catalyst;
- curing promoters;
- photoinitiators;
- blowing agents, rhelogical modifiers;
- impact modifiers;
- mold release aids;
- nucleating agents;
- the like, and combinations thereof.
28 more elements
8) A flame retardant additive suitable for use in thermoset resins comprising:
- a) at least one, phosphonate;
- and b) at least one metal hydroxide.
14) A flame retarded thermoset formulation comprising:
- a) at least one phosphonate;
- b) at least one metal hydroxide;
- c) at least one thermoset resin;
- and, optionally, d) one or more additives selected from dyes;
- pigments;
- colorants;
- antioxidants;
- stabilizers;
- plasticizers;
- lubricants;
- flow modifiers or aids;
- additional flame retardants;
- drip retardants;
- antiblocking agents;
- antistatic agents;
- flow-promoting agents;
- processing aids;
- UV stabilizers;
- PVC resins;
- matting agents;
- adhesion promoters;
- electrically conductive agents;
- multivalent metal ion;
- curing initiators or catalyst;
- curing promoters;
- photoinitiators;
- blowing agents, rhelogical modifiers;
- impact modifiers;
- mold release aids;
- nucleating agents;
- the like, and combinations thereof.
28 more elements
20) A cured composition obtained by curing a flame retarded thermoset formulation comprising:
- a) at least one phosphonate;
- b) at least one metal hydroxide;
- c) at least one thermoset resin;
- and, optionally, d) one or more additives selected from dyes;
- pigments;
- colorants;
- antioxidants;
- stabilizers;
- plasticizers;
- lubricants;
- flow modifiers or aids;
- additional flame retardants;
- drip retardants;
- antiblocking agents;
- antistatic agents;
- flow-promoting agents;
- processing aids;
- UV stabilizers;
- PVC resins;
- matting agents;
- adhesion promoters;
- electrically conductive agents;
- multivalent metal ion;
- curing initiators or catalyst;
- curing promoters;
- photoinitiators;
- blowing agents, rhelogical modifiers;
- impact modifiers;
- mold release aids;
- nucleating agents;
- the like, and combinations thereof any of the thermoset formulations of the present invention.
28 more elements
21) A cured composition, comprising the reaction product obtained or obtainable by curing a flame retarded thermoset formulation comprising:
- a) at least one phosphonate;
- b) at least one metal hydroxide;
- c) at least one thermoset resin;
- and, optionally, d) one or more additives selected from dyes;
- pigments;
- colorants;
- antioxidants;
- stabilizers;
- plasticizers;
- lubricants;
- flow modifiers or aids;
- additional flame retardants;
- drip retardants;
- antiblocking agents;
- antistatic agents;
- flow-promoting agents;
- processing aids;
- UV stabilizers;
- PVC resins;
- matting agents;
- adhesion promoters;
- electrically conductive agents;
- multivalent metal ion;
- curing initiators or catalyst;
- curing promoters;
- photoinitiators;
- blowing agents, rhelogical modifiers;
- impact modifiers;
- mold release aids;
- nucleating agents;
- the like, and combinations thereof.
28 more elements
22) An article made or produced from a flame retarded thermoset formulation comprising:
- a) at least one phosphonate;
- b) at least one metal hydroxide;
- c) at least one thermoset resin;
- and, optionally, d) one or more additives selected from dyes;
- pigments;
- colorants;
- antioxidants;
- stabilizers;
- plasticizers;
- lubricants;
- flow modifiers or aids;
- additional flame retardants;
- drip retardants;
- antiblocking agents;
- antistatic agents;
- flow-promoting agents;
- processing aids;
- UV stabilizers;
- PVC resins;
- matting agents;
- adhesion promoters;
- electrically conductive agents;
- multivalent metal ion;
- curing initiators or catalyst;
- curing promoters;
- photoinitiators;
- blowing agents, rhelogical modifiers;
- impact modifiers;
- mold release aids;
- nucleating agents;
- the like, and combinations thereof any of the thermoset formulations of the present invention.
28 more elements
25) A process for forming a flame retarded thermoset comprising combining a) at least one phosphonate;
- b) at least one metal hydroxide;
- c) at least one thermoset resin;
- and, optionally, d) one or more additives selected from dyes;
- pigments;
- colorants;
- antioxidants;
- stabilizers;
- plasticizers;
- lubricants;
- flow modifiers or aids;
- additional flame retardants;
- drip retardants;
- antiblocking agents;
- antistatic agents;
- flow-promoting agents;
- processing aids;
- UV stabilizers;
- PVC resins;
- matting agents;
- adhesion promoters;
- electrically conductive agents;
- multivalent metal ion;
- curing promoters;
- photoinitiators;
- blowing agents, rhelogical modifiers;
- impact modifiers;
- mold release aids;
- nucleating agents;
- the like, and combinations thereof, in the presence of at least one curing catalyst.
26 more elements
27) An article obtainable by combining a) at least one phosphonate;
- b) at least one metal hydroxide;
- c) at least one thermoset resin;
- and, optionally, d) one or more additives selected from dyes;
- pigments;
- colorants;
- antioxidants;
- stabilizers;
- plasticizers;
- lubricants;
- flow modifiers or aids;
- additional flame retardants;
- drip retardants;
- antiblocking agents;
- antistatic agents;
- flow-promoting agents;
- processing aids;
- UV stabilizers;
- PVC resins;
- matting agents;
- adhesion promoters;
- electrically conductive agents;
- multivalent metal ion;
- curing promoters;
- photoinitiators;
- blowing agents, rhelogical modifiers;
- impact modifiers;
- mold release aids;
- nucleating agents;
- the like, and combinations thereof, in the presence of at least one curing catalyst.
26 more elements
29) An uncured thermoset composition comprising:
- a) at least one phosphonate;
- b) at least one metal hydroxide;
- c) at least one thermoset resin;
- and, optionally, d) one or more additives selected from dyes;
- pigments;
- colorants;
- antioxidants;
- stabilizers;
- plasticizers;
- lubricants;
- flow modifiers or aids;
- additional flame retardants;
- drip retardants;
- antiblocking agents;
- antistatic agents;
- flow-promoting agents;
- processing aids;
- UV stabilizers;
- PVC resins;
- matting agents;
- adhesion promoters;
- electrically conductive agents;
- multivalent metal ion;
- curing initiators or catalyst;
- curing promoters;
- photoinitiators;
- blowing agents, rhelogical modifiers;
- impact modifiers;
- mold release aids;
- nucleating agents;
- the like, and combinations thereof. Any of the thermoset formulations of the present invention.
28 more elements
Dependencies are inferred from the claim text.