Impression materials with improved rheological properties
AssigneeKulzer GmbH
InventorsTobias GEISSLER, Andreas GRUNDLER, Natalie KAPALA, Roman HAMBURG, Peter DEUTZMANN
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AssigneeKulzer GmbH
InventorsTobias GEISSLER, Andreas GRUNDLER, Natalie KAPALA, Roman HAMBURG, Peter DEUTZMANN
Estimating the term…
The invention relates to a multi-component system for producing a dental impression material, comprising in two or more separate components: i) one or more crosslinkable (co)polymers, ii) one or more components of a crosslinker system for crosslinking the crosslinkable (co)polymers, and iii) one or more fillers, wherein the multi-component system comprises at least one platelet-shaped filler, wherein the platelet-shaped filler has a first form factor F1=Dortho/Dmax in the range of 0.3 to 1.0 and a second form factor F2=Dmax/H of 3 or more, wherein Dmax is the maximum platelet diameter in the platelet plane, wherein Dortho is the largest platelet diameter orthogonal to Dmax in the platelet plane, and wherein H is the average platelet thickness orthogonal to the platelet plane.
A multi-component system for producing a dental impression material, comprising in two or more separate components:
A use of a platelet-shaped filler as a filler in dental impression materials to improve the rheological properties of the impression material, wherein the platelet-shaped filler comprises a first form factor F1=Dortho/Dmax in the range of 0.3 to 1.0 and a second form factor F2=Dmax/H of 3 or more, wherein Dmax is the maximum platelet diameter in the platelet plane, wherein Dortho is the largest platelet diameter orthogonal to Dmax in the platelet plane, and wherein H is the average platelet thickness orthogonal to the platelet plane.
Dependencies are inferred from the claim text.