Translation of "Mill sheet" in German

The 930 mm wide, mill-hard copper sheet has a thickness of 0.635 mm after the milling operation.

A sheet grained with an electrolyte containing 13 g/l nitric acid and 20 g/l oxalic acid and 65 g/l aluminum nitrate on the other hand would result in about a 250% increase in surface area over that of the mill finished sheet.

A mill-finished aluminum sheet which is 0.3 mm thick is degreased using an aqueous alkaline pickling solution at a temperature of 50° to 70° C. Electrochemical roughening of the aluminum surface is carried out using a.c.

The method according to claim 4, wherein the mill-hard copper sheet has a thickness of 0.6 to 0.8 mm and is conveyed through the annealing furnace at a speed of 20 to 30 m/min, where the heating zones are set at temperatures of 750° C. to 720° C.

This also applies to another variant according to which the mill-hard copper sheet is soft annealed while still in the casting and milling installation and then it is available as a soft annealed copper sheet in the form of a coil for further processing to produce starting cathodes.

Within a traditional casting and rolling installation with an integrated suspended belt furnace as the last process step, mill-hard copper sheet made of SF-Cu is produced and wound up as a coil.

The method according to claim 4, wherein the mill-hard copper sheet manufactured according to process step a) is wound up to a coil.

The method according to claim 5, wherein the mill-hard copper sheet is unwound from a coil and processed further according to process steps b) through e) in a separate fabrication line that operates continuously.

The method according to claim 5, wherein the mill-hard copper sheet is unwound from a coil and processed further according to process steps b) through f) in a separate fabrication line which operates continuously.

We also received initial metallurgical testing results on existing tailings which indicate that the tailings can be processed through the existing mill flow sheet.

We also received initial metallurgical testing results on existing tailings which indicate the tailings can be processed through the existing mill flow sheet.

An 0.3 mm thick mill-finished aluminum sheet is degreased with an aqueous-alkaline pickling solution at a temperature in the range from 50° C. to 70° C. The aluminum surface is electrochemically grained in an electrolyte containing HCl, by means of an alternating current.

The mill-hard copper sheet then passes through a suspended belt furnace at a speed of 27.5 m/min, where the furnace temperatures are in the range of 750° C. to 720° C. The cooled copper sheet has a tensile strength of 217 N/mm 2 .

The prefabricated milled sheets (see above) were used for production of the pressed slabs.

The milled sheet obtained in all cases was stiff, nontacky.

After 5 minutes, the milled sheet was removed from the roll and cooled.

This gave a milled sheet with a thickness of 0.53 mm.

After 10 minutes of mixing time and processing time, the milled sheet was removed.

After 5 min, the milled sheet was removed from the roller and cooled.

Test strips of sheet thickness 0.3 mm were taken from the milled sheet formed.

The milled sheets were produced on a W150 AP calender from Collin.

The prefabricated milled sheets (see above) were used for producing the press-molded plates.

This mixture is then plastified on a roll mill and roll-milled to give what is known as a milled sheet.

For assessment of compoundability, the milled sheets were evaluated before and after mixing to incorporate the rubber chemicals.

The object is achieved by the invention through a process for preparing an intravaginal application system which comprises inserting a milled sheet of silicone rubber containing the substances in one mold component of a split mold, arranging the core of the system on the milled sheet and covering it with a second milled sheet, then closing the mold and vulcanizing at a maximum temperature of 120° C.