DIE CASTING PARTS LIGHT METAL

Brand	Owner	Address	Description
ECOTOUGH	FEDERAL-MOGUL NURNBERG GMBH	Nopitschstraße 67 90441 Nürnberg Germany	Die-casting parts of light metal and alloys thereof as unfinished cast parts as well as semi-processed and processed cast parts with or without coatings, namely, pistons, piston rings, metal bots; retaining rings, and bearing bushes; pistons for compressors; internal combustion engine parts with or without coatings, namely, pistons, piston rings, metal bots; retaining rings, and bearing bushes;Die-cast parts of light metal and the alloys thereof as unfinished cast parts with or without coatings, namely, pistons, piston rings, metal bots; retaining rings, and bearing bushes; Semi processed and processed cast parts with or without coatings, namely, pistons, piston rings, metal bots; retaining rings, and bearing bushes;ECO TOUGH;Parts of vehicles for transport on land, on water, in the air, of rail cars and of devices for aeronautics, with or without coatings, namely, pistons, piston rings, metal bots; retaining rings, and bearing bushes; Parts of internal combustion engines for land vehicles as well as parts of internal combustion engines for rail cars, namely, pistons, piston rings, metal bots; retaining rings, and bearing bushes; accessories for the aforementioned goods, namely, bolts made of metal, piston rings, retaining rings, bearing bushes;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

To start up a casting operation in a two-roll casting device without the use of a start-up strand, the method comprises setting an operating casting thickness and rotating the casting rolls at a casting-roll circumferential velocity which corresponds to a starting casting velocity, which is lower than a steady-state operating casting velocity, feeding metal melt into a melt space formed by the rotating casting rolls and the side plates to form a cast metal strip with a substantially constant, predetermined cross-sectional format while at the same time increasing the casting velocity to a strip-forming casting velocity, then increasing the casting velocity to a strip-separating casting velocity, which is significantly higher than a casting velocity which is sufficient for the prevailing full solidification conditions, and separating off the metal strip which has been cast thus far, setting a steady-state operating casting velocity, diverting the subsequent cast metal strip to a strip-conveying device and commencing steady-state casting operation.