Abstract: A polymerizable dental material formed of a liquid component containing A) at least one liquid methyl methacrylate monomer component, B) at least one acrylated or methacrylated butadiene oligomer or acrylated or methacrylated butadiene polymer and/or an acrylated or methacrylated acrylonitrile-butadiene oligomer or acrylated or methacrylated acrylonitrile-butadiene polymer, and optionally a powder component containing a polymer powder or a bead polymer based on methacrylate.

Abstract: Dental materials with high abrasion resistance and their use for producing artificial teeth and/or their enamel or cutting areas are described. The materials primarily contain: (a) Monofunctional meth-/acrylates ?20-50% (b) Crosslinking meth-/acrylate ??1-20% (c) Splitter polymer from components (2) and (5) ??2-30% (d) PMMA-pearl polymers, partly crosslinked ??2-50% (e) Pyrogenic silicic acid, silanated ??0-20% (f) Inorganically fortified pearl polymer ??5-50% (g) Initiator components 0.1-1% (h) Coloring pigments 0.1-3%.

Abstract: The present invention relates to a method for manufacturing dental prostheses according to a digitized virtual model which reflects the maximally situation, comprising the steps providing a data record that reflects the maxillary situation and relationship, digital modeling of the tooth, creating a divided negative mold (rapid manufacturing) from the data from the digital tooth modeling, insertion of the fabricated teeth into the opened negative mold, closing the negative mold, filling the remaining cavity with plastic for the prosthesis.

Abstract: A dental kit made up of: A at least one pre-shaped dental crown made from a plastically deformable dental composite material curable by light, B a container impermeable to light, in which the pre-shaped dental crown is kept before it is applied to a tooth stump, C optionally a film which covers the outer surface of the pre-shaped dental crown.

Abstract: Described is a method for producing a dental prosthesis, comprising the following steps: A Producing a model from a material which does not bond with the dental prosthesis material, B Fixing the teeth, C Filling the interspace between the artificial tooth/teeth and the model, wherein in step C melted thermoplastic material is applied in layers and after each layer is hardened by cooling.

Abstract: The use of cyclic oligomeric butylene terephthalate (CBT™) for producing thermoplastic dental prostheses, or for producing starting materials for thermoplastic dental prostheses are described, in addition to starting materials containing CBT™ for producing thermoplastic dental prostheses, and a method for producing thermoplastic dental prostheses.

Abstract: An autopolymerizing two-component prosthetic base material consisting of A) a liquid monomer component, B) a powdered filler-containing component containing at least one bead polymer modified by an elastic phase, which yields after curing a high-impact prosthetic plastic having a fracture toughness of ?2 MPa·m1/2 and a fracture work of ?900 J/m2.

Abstract: The invention relates to vitreous aroma particles and the preparation thereof, as well as to the use thereof in foods, consumer articles and pharmaceuticals.

Abstract: Bicameral pressurized containers are suitable for the packing and dispensing of flowable highly viscous or flowable fibrous dental materials.

Abstract: A method for producing carbohydrate-encapsulated flavorings whose surface has been treated with an inert gas, as well as carbo-hydrate-encapsulated flavorings and the use thereof in food products, consumer articles and pharmaceuticals.

Abstract: Dental materials with high abrasion resistance and their use for producing artificial teeth and/or their enamel or cutting areas are described. The materials primarily contain: (a) Monofunctional meth-/acrylates ?20-50% (b) Crosslinking meth-/acrylate ??1-20% (c) Splitter polymer from components (2) and (5) ??2-30% (d) PMMA-pearl polymers, partly crosslinked ??2-50% (e) Pyrogenic silicic acid, silanated ??0-20% (f) Inorganically fortified pearl polymer ??5-50% (g) Initiator components 0.1-1% (h) Coloring pigments 0.1-3%.