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MAGNA CONTINUOUS CASTING INDUCTION FURNACE,  | International Design Awards Winners
MAGNA CONTINUOUS CASTING INDUCTION FURNACE,  | International Design Awards Winners
MAGNA CONTINUOUS CASTING INDUCTION FURNACE,  | International Design Awards Winners
MAGNA CONTINUOUS CASTING INDUCTION FURNACE,  | International Design Awards Winners
MAGNA CONTINUOUS CASTING INDUCTION FURNACE,  | International Design Awards Winners
MAGNA CONTINUOUS CASTING INDUCTION FURNACE,  | International Design Awards Winners
MAGNA CONTINUOUS CASTING INDUCTION FURNACE,  | International Design Awards Winners
MAGNA CONTINUOUS CASTING INDUCTION FURNACE,  | International Design Awards Winners

MAGNA CONTINUOUS CASTING INDUCTION FURNACE

Lead DesignersBhavin R.Dabhi
Prize(s)Honorable Mention
Entry Description

The unique world first design of the new
generation horizontal continuous casting
machine, where controlled flow of molten metal
directly from the bottom of the core less
medium frequency Induction Melting Furnace,
taking shape and solidifies in partly heated
and partly water cooled graphite die attached
horizontally with the furnace, and pulled by
the withdrawal system.

This unique concept of melting and holding in
an induction furnace and controlled pulling of
molten metal from the bottom part of the
furnace is advantageous in many aspects. It is
more benefitted over presently available any
of horizontal continuous casting machine. At
the same time it is safer in operation, easy
in product handling and highly productive.

Variety of alloys can be cast in small
batches, with faster start-up, uniform metal
in composition and in chemistry, fast furnace
lining preparation, balanced phasing, high
energy efficiency, compact layout, low metal
losses are benefits of induction Furnace Based
Horizontal Continuous Casting Technology.
Multiple die can be used and Die Changing is
very easy and fast. Recurring Consumption of
graphite crucible, due to oxidation is absent
in this system, which reduces the inventory
cost and process cost at a large.