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Carrier for firing ceramics and method for producing such carrier
Provided are a carrier for firing a ceramic, which is capable of reducing thermal capacity by weight reduction while maintaining strength and having excellent temperature traceability, and a method for manufacturing the same. This carrier is obtained by a manufacturing method comprising: a sheet forming step (S1-S3) for forming a structure having, inside it, a porous layer S1 that contains ceramic fibers and has been made porous by sheet forming; a forming step S5 for forming the structure obtained in the sheet forming step into a predetermined shape; a coating step (S6) for impregnating the structure formed into the predetermined shape in the forming step (S5) with an impregnation liquid to form a dense layer (S2) on the outer surface of the porous layer (S1), the dense layer (S2) being denser than the porous layer (S1); and a firing step (S7) for firing the structure that has been subjected to the coating step (S6) at a predetermined temperature.
提供了一种用于烧制陶瓷的载具以及用于制造该载具的方法，该载具能够通过减重来降低热容量，同时保持强度并且温度可追踪性优异。该载具通过包括以下步骤的制造方法获得：用于形成结构体的片材形成步骤(S1‑S3)，该结构体在其内部具有多孔层S1，该多孔层S1包含陶瓷纤维并且已经通过片材形成制成为多孔的；用于将在片材形成步骤中获得的结构体成形为预定形状的成形步骤S5；涂覆步骤S6，用于用浸渍液浸渍在成形步骤S5中成形为预定形状的结构体，以在多孔层S1的外表面上形成比多孔层S1致密的致密层S2；以及烧制步骤S7，用于在预定温度下烧制已经经受涂覆步骤S6的结构体。
Carrier for firing ceramics and method for producing such carrier
Provided are a carrier for firing a ceramic, which is capable of reducing thermal capacity by weight reduction while maintaining strength and having excellent temperature traceability, and a method for manufacturing the same. This carrier is obtained by a manufacturing method comprising: a sheet forming step (S1-S3) for forming a structure having, inside it, a porous layer S1 that contains ceramic fibers and has been made porous by sheet forming; a forming step S5 for forming the structure obtained in the sheet forming step into a predetermined shape; a coating step (S6) for impregnating the structure formed into the predetermined shape in the forming step (S5) with an impregnation liquid to form a dense layer (S2) on the outer surface of the porous layer (S1), the dense layer (S2) being denser than the porous layer (S1); and a firing step (S7) for firing the structure that has been subjected to the coating step (S6) at a predetermined temperature.
提供了一种用于烧制陶瓷的载具以及用于制造该载具的方法，该载具能够通过减重来降低热容量，同时保持强度并且温度可追踪性优异。该载具通过包括以下步骤的制造方法获得：用于形成结构体的片材形成步骤(S1‑S3)，该结构体在其内部具有多孔层S1，该多孔层S1包含陶瓷纤维并且已经通过片材形成制成为多孔的；用于将在片材形成步骤中获得的结构体成形为预定形状的成形步骤S5；涂覆步骤S6，用于用浸渍液浸渍在成形步骤S5中成形为预定形状的结构体，以在多孔层S1的外表面上形成比多孔层S1致密的致密层S2；以及烧制步骤S7，用于在预定温度下烧制已经经受涂覆步骤S6的结构体。
Carrier for firing ceramics and method for producing such carrier
用于烧制陶瓷的载具以及用于制造该载具的方法
YANO HIROAKI (author) / SETO YUTA (author) / TANIGUCHI SHO (author)
2024-08-02
Patent
Electronic Resource
Chinese
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