Federal-mogul Nurnberg Gmbh

Other

Federal-mogul Burscheid Gmbh

Ae Goetze Gmbh

Peter Godel

Manfred Fischer

Marc-Manuel Matz

Markus M&uuml;ller

Werner Trubenbach

Klaus Lades

Arnd Baberg

Peter Konrad

Reinhard Rosert

Wolfram Cromme

Werner Trubenach

Frank Dornenburg

Franz-Josef Gobbels

The invention relates to a method for producing a piston for an internal combustion engine, wherein a section which in the finished piston has a cooling duct () and a piston ring groove is recessed at first, the later cooling duct is then covered, and finally material for accommodating the piston ring is applied, and which is characterized in that the later cooling duct is covered by a wire material which is provided in a length, greater than necessary for one single piston. A device for producing a piston for an internal combustion engine with an at first recessed section that in the finished piston has a cooling duct () and a piston ring groove, has a device for attaching a cover on the cooling duct and a device for providing wire material having a length greater than necessary for one single piston. A piston for an internal combustion engine has a cooling duct () and a reinforcement material for accommodating a piston ring as well as a cover material between the cooling duct () and the reinforcement material, wherein the cover material is made of wire material continuously unwinding from a roll.

Method and device for producing a piston fro an internal combustion engine and piston for internal combustion engine

In a method for producing a piston for an internal combustion engine, at least the region of the upper annular groove is at least partially recessed, an adhesion promoter layer containing aluminum is then applied, a wear-resistant layer is thermally sprayed onto said adhesion promoter layer and at least the upper annular groove is at least partially formed in said layers. The invention also relates to a piston for an internal combustion engine that comprises a base material, an adhesion promoter layer that contains aluminum and is applied to at least some regions of said material and a wear-resistant layer that is thermally sprayed onto said adhesion promoter layer. At least the upper annular groove is at lest partially formed in said layers.

Method for producing a piston for an internal combustion engine and piston for an internal combustion engine

There is disclosed a material wire for wear-resistant and trobologically favorable shaped bodies manufactured by the arc spraying method, which comprises a covering ( ) and a filling ( ). The covering ( ) comprises an alloy based on aluminium with at least one further alloy component, for example magnesium or manganese. The filling ( ) comprises further alloy components for the resulting alloy of the shaped body, for example silicon. The filling ( ) may apart from the silicon also comprise further components, for example aluminium and/or boron. By way of this the composition and the material properties of the resulting alloy of the shaped body may be set.

Arc spraying method

A cylinder liner for an internal-combustion engine includes a tubular liner wall having circumferentially spaced thickened wall portions.

Method of making a cylinder liner

A method of making a cylinder liner for an internal-combustion engine includes the steps of applying a liner material to an outer cylindrical surface of a mandrel by thermal spraying for forming a coherent cylindrical sleeve on the mandrel; and removing the cylindrical sleeve from the mandrel. The cylindrical sleeve constitutes the cylinder liner.

Engine cylinder liner and method of making the same

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Freienried, Germany

Peter Godel