The store will not work correctly when cookies are disabled.
WIR NUTZEN COOKIES
Wir benötigen für einzelne Datennutzungen Ihre Einwilligung, um die Funktion der Website zu gewährleisten. Mit Klick auf
"Akzeptieren" erteilen Sie die Einwilligung dazu.
Ausführliche Informationen erhalten Sie in unserer Datenschutzerklärung. Sie können jederzeit die Zustimmung zurücknehmen.
Strip flotation furnaces are used mainly in the copper industry for the contactless heat treatment (intermediate or final annealing) of cold-rolled copper alloy strip. The aim of the project presented here was to design a furnace capable of annealing thicker strip material at higher temperatures than had previously been feasible. The development had been prompted by an enquiry from Aurubis Stolberg GmbH & Co. KG of Stolberg/Germany for a horizontal strip flotation furnace. Since the gas in the furnace chamber changes its properties with increasing temperature, the main engineering challenge lay in creating a strip flotation section capable of ensuring a stable transport of thicker strip via an appropriate design of the nozzle and fan systems.
Hansjörg Hoppe/Manfred Kolle, Hans Rinnhofer, Ralf Bölling, Herbert Pfeifer, Thomas Odinius
Erscheinungsdatum
01.03.2009
Format
PDF
Zeitschrift
heat processing - Issue 03 2009
Verlag
Vulkan-Verlag GmbH
Sprache
English
Seitenzahl
6
Titel
Development and implementation of a strip flotation furnace for high temperature heat treatment
Beschreibung
Strip flotation furnaces are used mainly in the copper industry for the contactless heat treatment (intermediate or final annealing) of cold-rolled copper alloy strip. The aim of the project presented here was to design a furnace capable of annealing thicker strip material at higher temperatures than had previously been feasible. The development had been prompted by an enquiry from Aurubis Stolberg GmbH & Co. KG of Stolberg/Germany for a horizontal strip flotation furnace. Since the gas in the furnace chamber changes its properties with increasing temperature, the main engineering challenge lay in creating a strip flotation section capable of ensuring a stable transport of thicker strip via an appropriate design of the nozzle and fan systems.