A process for producing ceramic or powder metallurgical components involves: (a) forming a thermoplastic slip of 0.05-4.0 Pa. sec. viscosity from ceramic or powder metallurgical materials and one or more thermoplastic binders; (b) introducing the slip at 40-180 deg. C into a mould which is evacuated to 5 Pa to 0.09 MPa before, during and/or after slip introduction; and (c) heat treating the resulting consolidated green body. ADVANTAGE - The process allows efficient individual or small series production of complicated shaped components as prototypes, using very simple and inexpensive reusable moulds and without the need for expensive shaping or machining operations
The implementation of multi-component injection moulding (well known in polymer shaping) into powder...
Hollow ceramic product is fabricated generally using slip casting technique. The conventional proces...
The method of producing a ceramic molded article in the form of a denture on the basis of a generati...
A process for producing ceramic or powder metallurgical components involves: (a) forming a thermopla...
Producing ceramic or powder metallurgical components with a helical external contour involves: (a) f...
The invention refers to the fields of ceramics and powder metallurgy and relates to a process which ...
NOVELTY - Ceramic components are produced using a suspension of a sintering additive in an organic i...
NOVELTY - A component is produced from a powder which is mixed with a quantity of thermoplastic bind...
Production of a metal or ceramic workpiece, where a liquid suspension consisting of a solvent and me...
DE 19826080 C UPAB: 20000209 NOVELTY - A filigree ceramic or powder metallurgical component is produ...
The invention relates to a method for producing ceramic and/or metal components, in which a supporti...
The invention relates to the fields of ceramics and the powder metallurgy industry and relates to a ...
DE 102006031113 A1 UPAB: 20080425 NOVELTY - Preparation of ceramic composite material, comprises man...
Hot moulding depends on adding thermoplastic binders to the ceramic or metallic powder in order to m...
DE 102008056721 A1 UPAB: 20100614 NOVELTY - Reproducible production of ceramic molded body comprises...
The implementation of multi-component injection moulding (well known in polymer shaping) into powder...
Hollow ceramic product is fabricated generally using slip casting technique. The conventional proces...
The method of producing a ceramic molded article in the form of a denture on the basis of a generati...
A process for producing ceramic or powder metallurgical components involves: (a) forming a thermopla...
Producing ceramic or powder metallurgical components with a helical external contour involves: (a) f...
The invention refers to the fields of ceramics and powder metallurgy and relates to a process which ...
NOVELTY - Ceramic components are produced using a suspension of a sintering additive in an organic i...
NOVELTY - A component is produced from a powder which is mixed with a quantity of thermoplastic bind...
Production of a metal or ceramic workpiece, where a liquid suspension consisting of a solvent and me...
DE 19826080 C UPAB: 20000209 NOVELTY - A filigree ceramic or powder metallurgical component is produ...
The invention relates to a method for producing ceramic and/or metal components, in which a supporti...
The invention relates to the fields of ceramics and the powder metallurgy industry and relates to a ...
DE 102006031113 A1 UPAB: 20080425 NOVELTY - Preparation of ceramic composite material, comprises man...
Hot moulding depends on adding thermoplastic binders to the ceramic or metallic powder in order to m...
DE 102008056721 A1 UPAB: 20100614 NOVELTY - Reproducible production of ceramic molded body comprises...
The implementation of multi-component injection moulding (well known in polymer shaping) into powder...
Hollow ceramic product is fabricated generally using slip casting technique. The conventional proces...
The method of producing a ceramic molded article in the form of a denture on the basis of a generati...