Non-graphite crucible for high temperature applications
Patent
·
OSTI ID:870237
- Knoxville, TN
- Norris, TN
A multi-piece crucible for high temperature applications comprises a tubular side wall member having a lip on the inside surface and a bottom member or members forming a container for containing a melt of a material during a high temperature melt-casting operations. The multi-piece design prevents cracking of the crucible or leakage of the melt from the crucible during the melt-casting operation. The lip of the tubular member supports the bottom member. The contacting surfaces where the lip of the tubular side wall member contacts the bottom member of the multi-piece crucible contains a ceramic sealing material. The ceramic sealing material forms a seal sufficient to prevent the melt of the material from leaking out of the multi-piece crucible during the melt-casting process. The multi-piece crucible is made of a material which is chemically inert to the melt and has structural integrity at the melting point temperature of the melt, or of a material coated with such a material. The multi-piece crucible is contained in a thermal can assembly of a high temperature induction furnace during a high temperature melt-casting operation. One embodiment of the multi-piece crucible comprises a tubular member having a vertical slot filled with a ceramic sealing material to provide expansion of the tubular member without cracking during the high temperature melt-casting operation.
- Research Organization:
- LOCKHEED MARTIN ENRGY SYST INC
- DOE Contract Number:
- AC05-84OR21400
- Assignee:
- Martin Marietta Energy Systems, Inc. (Oak Ridge, TN)
- Patent Number(s):
- US 5482257
- OSTI ID:
- 870237
- Country of Publication:
- United States
- Language:
- English
Noncarbon furnace for vacuum induction melting of uranium and its alloys
|
journal | November 1988 |
Use of Tribocor 532N for a carbon-free induction furnace for vacuum-induction melting and casting of uranium and its alloys
|
journal | November 1987 |
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Related Subjects
/266/432/
applications
applications comprises
assembly
bottom
casting operation
casting process
ceramic
ceramic seal
ceramic sealing
chemically
chemically inert
coated
comprises
contacting
contacting surface
contacting surfaces
contacts
contained
container
containing
contains
cracking
crucible
crucible comprises
design
embodiment
expansion
filled
forming
forms
furnace
induction
induction furnace
inert
inside
inside surface
integrity
leakage
leaking
lip
material
material forms
melt
melt-casting
melting
multi-piece
multi-piece crucible
non-graphite
non-graphite crucible
operation
operations
prevent
prevents
process
provide
provide expansion
seal
sealing
sealing material
slot
structural
structural integrity
sufficient
supports
surface
surfaces
temperature
temperature application
temperature applications
temperature induction
thermal
tubular
vertical
vertical slot
wall
applications
applications comprises
assembly
bottom
casting operation
casting process
ceramic
ceramic seal
ceramic sealing
chemically
chemically inert
coated
comprises
contacting
contacting surface
contacting surfaces
contacts
contained
container
containing
contains
cracking
crucible
crucible comprises
design
embodiment
expansion
filled
forming
forms
furnace
induction
induction furnace
inert
inside
inside surface
integrity
leakage
leaking
lip
material
material forms
melt
melt-casting
melting
multi-piece
multi-piece crucible
non-graphite
non-graphite crucible
operation
operations
prevent
prevents
process
provide
provide expansion
seal
sealing
sealing material
slot
structural
structural integrity
sufficient
supports
surface
surfaces
temperature
temperature application
temperature applications
temperature induction
thermal
tubular
vertical
vertical slot
wall