Bell furnace HICON/H2®
heat treatmentannealingelectric

Bell furnace - HICON/H2® - EBNER - heat treatment / annealing / electric
Bell furnace - HICON/H2® - EBNER - heat treatment / annealing / electric
Bell furnace - HICON/H2® - EBNER - heat treatment / annealing / electric - image - 2
Bell furnace - HICON/H2® - EBNER - heat treatment / annealing / electric - image - 3
Bell furnace - HICON/H2® - EBNER - heat treatment / annealing / electric - image - 4
Bell furnace - HICON/H2® - EBNER - heat treatment / annealing / electric - image - 5
Bell furnace - HICON/H2® - EBNER - heat treatment / annealing / electric - image - 6
Bell furnace - HICON/H2® - EBNER - heat treatment / annealing / electric - image - 7
Bell furnace - HICON/H2® - EBNER - heat treatment / annealing / electric - image - 8
Bell furnace - HICON/H2® - EBNER - heat treatment / annealing / electric - image - 9
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Characteristics

Configuration
bell
Function
heat treatment, annealing
Heat source
electric
Other characteristics
continuous

Description

HICON/H2 bell annealer technology distinguishes itself in quality and offers cost advantages in heat treating hot-rolled and drawn bunch wire coils. It provides the most cost-effective process for soft annealing, recrystallizing and spheroidizing various steel wire grades, compared with the other heat treatment facilities currently available, since very different grades can be annealed in a single charge. In every case, the materials must meet the high speeds and high degree of automation demanded by processing machines. This means that the highest uniformity of mechanical properties and surface finish conditions must be achieved over the entire length of wire, both to improve processing speeds and to increase the durability of the machinery. Continuous development ensures market leadership. The metallically-tight workload space allows the safe use hydrogen as a process gas. This allows drawn or descaled wire coils to be bright annealed, which in turn creates significant advantages in downstream processing steps. Pickling times can be significantly reduced or even eliminated completely. Depending on the material being processed, other process atmospheres such as nitrogen (used for scaled surfaces, to avoid decarburization), argon and mixed gases can also be used. Reproducible high quality by virtue of precise temperature control without overheating, resulting in: uniform microstructure and mechanical values, improved ductility (e.g. cold-heading grades, ball bearing steels etc.) nearly 100 % carbide spheroidization Thanks to the extremely low dewpoint, the metallically encapsulated workbase achieves the following Oxide-free, clean wire surface No decarburization
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.