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| rdfs:label
| - Ceramic forming techniques
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| rdfs:comment
| - Ceramic forming techniques are ways of forming ceramic shapes. This can be used to make everyday tableware from teapots, to engineering ceramics such as computer parts. Methods for forming ceramic powders into complex shapes are desirable in many areas of technology. For example, such methods are required for producing advanced, high-temperature structural parts such as heat engine components, recuperators and the like from ceramic powders. Typical parts produced with this production operation include impellers made from stainless steel, bronze, complex cutting tools, plastic mold tooling, and others. Typical materials used are: wood, metal, water, plaster, epoxy and STLs, silica, and zirconia. This production operation is well known for providing tools with dimensional stability, surface
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| dcterms:subject
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| dbkwik:ceramica/pr...iPageUsesTemplate
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| abstract
| - Ceramic forming techniques are ways of forming ceramic shapes. This can be used to make everyday tableware from teapots, to engineering ceramics such as computer parts. Methods for forming ceramic powders into complex shapes are desirable in many areas of technology. For example, such methods are required for producing advanced, high-temperature structural parts such as heat engine components, recuperators and the like from ceramic powders. Typical parts produced with this production operation include impellers made from stainless steel, bronze, complex cutting tools, plastic mold tooling, and others. Typical materials used are: wood, metal, water, plaster, epoxy and STLs, silica, and zirconia. This production operation is well known for providing tools with dimensional stability, surface quality, density and uniformity. For instance, on the slip casting process the cast part is of high concentration of pure ceramic powder with little additive, this improves uniformity. But also, the plaster of Paris mold draws water from the poured slip to compact and form the casting at the mold surface. This forms a dense cast.
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