Huette Klein-reichenbach Gesellschaft M.b.h

Hütte Klein-Reichenbach Gesellschaft M.b.h.

Herbert J Flankl

Franz Dobesberger

Dietmar Leitlmeier

Alois Birgmann

Peter Schulz

Jörg Wellnitz

A metal molding () comprises a metal foam region () composed of a metal foam consisting of a metal, a further region () in which the metal has fewer or smaller cavities than in the metal foam region, and an essentially sheet-like one-part or multipart insert element () with orifices or interspaces. The insert element () is arranged in a fringe region between the metal foam region () and the further region (). The metal in the further region () is connected metallically to the metal in the metal foam region () in orifices or interspaces of the insert element ().

Metal moulding and method for producing it

Device for manufacturing a metal foam. The device includes at least two feed pipes for introducing gas. The at least two feed pipes are arranged next to one another. Each of the at least two feed pipes project into a foamable melt. This Abstract is not intended to define the invention disclosed in the specification, nor intended to limit the scope of the invention in any way.

Process and device for manufacturing free-flowing metal foam

A device for feeding gas in a melt of foamable metal by means of at least one pipe for producing metal foam. The gas insertion pipe projects inwardly into the melt and at the projecting end has a gas outlet having a cross section of 0.006 to 0.2 mmand a pipe face area of less than 4.0 mm. A flowable metal foam has gas bubbles defined by walls of a liquid metal matrix with solid reinforcing particles, and the diameter of the largest gas bubbles divided by that of the smallest gas bubbles is less than 2.5.

Device and process for producing metal foam

A process for producing a lightweight molded part, comprising introducing a gas into a particle-containing, molten metal to produce a metal foam having voids with a monomodal distribution of their dimensions, introducing the metal foam into a casting die and compressing it therein essentially under all-round pressure; and the molded part made by this process.

Process for producing a lightweight molded part and molded part made of metal foam

A lightweight part and process and device of making the same, the lightweight part including an inner core including a metal foam. A dense core surface layer is metallically joined to the inner core. An outer wall includes an essentially pore-free cast metal layer that is at least one of positively engaged with the dense core surface layer and surrounding the inner core, and metallically joined to the dense core surface layer and surrounding the inner core. The process includes creating a core part by forming the dense core surface layer, forming the inner core of a metal foam, and metallically joining together the inner core and the dense core surface layer. The process further includes creating a finished part by positioning the core part in a casting mold, feeding a melt material into the casting mold, and allowing the melt material to solidify so as to form the outer wall. This abstract is neither intended to define the invention disclosed in this specification nor intended to limit the scope of the invention in any way.

Lightweight part, as well as a process and device for its production

Process of making a lightweight part comprising an inner core including a metal foam, a dense core surface layer that is metallically joined to the inner core, and an outer wall comprising an essentially pore-free cast metal layer that is at least one of positively engaged with the dense core surface layer and surrounding the inner core and metallically joined to the dense core surface layer and surrounding the inner core, wherein the process includes creating a core part by forming the dense core surface layer, forming the inner core of a metal foam, and metallically joining together the inner core and the dense core surface layer and creating a finished part by positioning the core part in a casting mold, feeding a melt material into the casting mold, and allowing the melt material to solidify so as to form the outer wall. This abstract is neither intended to define the invention disclosed in this specification nor intended to limit the scope of the invention in any way.

Lightweight part, as well as process and device for its production

Device and process for manufacturing a metal foam. The device includes at least two feed pipes for introducing gas. The at least two feed pipes are arranged next to one another. Each of the at least two feed pipes project into a foamable melt. The process includes introducing gas into a foamable molten metal from at least two neighboring similarly dimensioned feed pipes projecting into a metallurgical vessel and forming bubbles in an area of ends of the projecting pipe, whereby abutting areas of adjacent bubbles form particle-containing interstructures.

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Perg, Austria

Herbert J Flankl