Übersetzung für "Cast bar" in Deutsch

The mixture was cast in two bar applicators and distributed over two carrier films.

United Cast Bar is a proud member of BI Group Plc.

In addition it has been found desirable for the coating material to be used in the form of filling wire or alloyed and cast bar material.

This microstructure is created by forming (forging or rolling, for example) a smelted and cast bar and then subjecting it to recrystallization annealing.

The melt was cast into a graphite mold, producing a cast bar, 20 mm in diameter and 140 mm long.

The cast bar was subjected to a homogenizing annealing treatment, a little below the solidus line, in the present case at a temperature of 900° C., for 24 hours, under an argon atmosphere.

A piece was severed from the cast, homogenized bar, and this piece was turned down to a diameter of 18 mm and a length of 35 mm.

These cast-off means 3 are held on the side of the needle face in the cast-off bar 30 using conventional clamping plates 31 .

The cast-off means 3, whose shaft is embodied with limited elasticity, can be caught immediately in front of the needle face at a support surface 301 of the cast-off bar 30 .

Arranged immediately behind the knitting needles 1 is the cast-off bar 60, which guides from below the fiber stratum KR that has already been bound in.

People, who sit on the tracks or stand at the bar, cast long shadows.

Treat yourself to contemporary British and global dishes as well as sizzling steaks at Cast Iron Bar & Grill.

The melt is then cast into ingots, bars, strips or sheets.

The metal is, for instance, cast into bars 9, the slag 10 being dumped.

The bars cast their patterned shadow on the floor.

For further processing the finished melt is cast into bars for example.

The firing grate consists of 14 cast-iron bars and two crossbars for support.

Cast Palladium Bars are not so good as not even get on the market.

SUMMARY OF THE INVENTION The present invention provides a process and an apparatus for manufacturing low-gas and pore-free aluminum casting alloys in which contact between the aluminum melt and the atmospheric humidity of the alloying process is maintained extremely low through refining to continuous casting of the cast bars, so that environmentally-friendly and effective vacuum degassing can be used and the formation of large gas pores prevented by a high cooling rate.

In the casting of continuous bars which, viewed in cross section, have a relatively large width with respect to the height, and/or in the continuous casting under pressure, risks are high that molten metal penetrates into the zone between the casting belts and the side dam blocks and, as a result, as the mold walls move in the casting direction, fin-like growths may form, necessitating an interruption of the casting process.

In order to be able to cast metal bars of smaller cross-section at the apparatus for metal casting, special support constructions 2, 3 for wide side walls 4, 5 are employed at the water tank 1, where one support construction 2 is supported by the water tank 1 and the second oppositely disposed support construction 3 is attached to the first support construction 2 by way of a bolt 6 and can be clamped and tensioned versus the first support construction 2.

During electromagnetic continuous casting of rolled bars from aluminum/magnesium alloys defects in the form of vertical ripples and oxide deposits arise on the bar surface as a consequence of the greatly increased rate of oxidation at the melt surface due to the presence of magnesium in the melt, which defects make it necessary to mill over the rolled surfaces of the bar in the case of stringent requirements with respect to the surface quality of rolled products.

During electromagnetic casting of rolled bars from aluminum/magnesium alloys containing more than about 3% by weight of magnesium defects in the form of vertical ripples and oxide deposits arise on the bar surface, which defects make it necessary to mill over the rolled surfaces of the bars in the case of stringent requirements with respect to the surface quality of rolled products.

In principle, in the case of a rectangular inductor for casting rolled bars the oxide barrier can consist merely of two parts adjacent to the longitudinal sides of the inductor and can be lacking towards the transverse sides of the inductor.

If the material is subsequently welded, the microstructure developed in the weld after solidification of the metal is more like the undesired microstructure in cast bars than with the fine-grained microstructure of the rest of the material, which was obtained by the recrystallization annealing.