FIRING JIG AND PROCESS FOR PRODUCING FIRING JIG

WIPO Patent Application WO/2015/199099

A1

The present invention addresses the problem of providing a firing jig which includes a base part with high thermal impact resistance and has improved adhesion between the base part and a film part and in which the film part is inhibited from peeling from the base part. In order to solve such problem, the firing jig (1) according to an embodiment comprises a base part (21), a film part (22) composed of two or more layers, and a boundary part (23). The base part (21) has a placement surface (21a) over which a work to be fired (30) is to be placed, and comprises at least silicon. The film part (22) composed of two or more layers covers the placement surface (21a) of the base part (21) and comprises an oxide-based ceramic. The boundary part (23) has been formed between the base part (21) and the film part (22) and comprises a composite oxide containing silicon.

JP2603539	INDUSTRIAL APPLICABILITY: Clay mineral sintered body and method for producing the same.
JPH0726787	[Title of the Invention] A hot hydrostatic pressure pressurizing device and a cooling operation method for the device.
JPH04275983	VESSEL FOR SINTERING ALUMINUM NITRIDE

KAWAGUCHI KAZUHIKO (JP)
YAMANAKA KENJI (JP)
TAKAI KEIICHI (JP)

PCT/JP2015/068097

December 30, 2015

June 23, 2015

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MITSUI MINING & SMELTING CO (JP)

C04B35/64; B22F3/10; C04B41/89; F27D3/12

JP2009234817A	2009-10-15
JP2009062243A	2009-03-26
JP2002145671A	2002-05-22
JP2003020292A	2003-01-24
JPH0733528A	1995-02-03
JPH1029869A	1998-02-03

SAKAI, HIROAKI (JP)
Hiroaki Sakai (JP)

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