Development of new binder system and in-situ debinding and sintering process for ceramic core manufacturing by CIM processing (DeSiCIM)

Schrift Standard Fett
Login

Forschungsstelle

INNOSUISSE

Projektnummer

16378.1;9 PFIW-IW

Projekttitel

Development of new binder system and in-situ debinding and sintering process for ceramic core manufacturing by CIM processing (DeSiCIM)

Texte zu diesem Projekt

	Deutsch	Französisch	Italienisch	Englisch
Kurzbeschreibung		-	-	-
Abstract		-	-	-

Erfasste Texte

Kategorie	Text
Kurzbeschreibung (Deutsch)	Development of new binder system and in-situ debinding and sintering process for ceramic core manufacturing by CIM processing (DeSiCIM)
Abstract (Deutsch)	Ceramic cores are typically produced by ceramic injection molding (CIM) technique where paraffin is used as a thermoplastic binder. For core structures pure paraffin binder system has some limitation because of its properties. In this project alternative binder system will be investigated to achieve higher stability of the ceramic-polymer compound (feedstock) and in-situ debinding and sintering process. Using the proposed procedure will help to reduce the costs for core production significantly. Manual processing between debinding and sintering step can be avoided and therefore the production costs can be reduced by 20%.

Kategorie

Text

Kurzbeschreibung
(Deutsch)

Development of new binder system and in-situ debinding and sintering process for ceramic core manufacturing by CIM processing (DeSiCIM)

Abstract
(Deutsch)

Ceramic cores are typically produced by ceramic injection molding (CIM) technique where paraffin is used as a thermoplastic binder. For core structures pure paraffin binder system has some limitation because of its properties. In this project alternative binder system will be investigated to achieve higher stability of the ceramic-polymer compound (feedstock) and in-situ debinding and sintering process. Using the proposed procedure will help to reduce the costs for core production significantly. Manual processing between debinding and sintering step can be avoided and therefore the production costs can be reduced by 20%.