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- Ceramic_flux abstract "A ceramic flux functions by promoting glass formation in clay bodies and glazes. Fluxes are used in glazes to lower the high melting point of silica. The most commonly used fluxes in a ceramic glaze are lead, boric, soda, potassium, lithium, calcium, magnesium, barium, zinc and strontium. These are introduced to the raw glaze as compounds, for example lead as lead silicate.In clay bodies a flux creates a limited and controlled amount of glass, which works to cement crystalline components together. Fluxes play a key role in the vitrification of clay bodies by reducing the overall melting point, which allows for a more efficient kiln firing. The most common fluxes used in clay bodies are feldspars. The two most common feldspars in the ceramic industry are potash feldspar (orthoclase) and soda feldspar (albite).".
- Ceramic_flux wikiPageID "15369660".
- Ceramic_flux wikiPageRevisionID "545114735".
- Ceramic_flux hasPhotoCollection Ceramic_flux.
- Ceramic_flux subject Category:Ceramic_materials.
- Ceramic_flux type Abstraction100002137.
- Ceramic_flux type CeramicMaterials.
- Ceramic_flux type Material114580897.
- Ceramic_flux type Matter100020827.
- Ceramic_flux type Part113809207.
- Ceramic_flux type PhysicalEntity100001930.
- Ceramic_flux type Relation100031921.
- Ceramic_flux type Substance100019613.
- Ceramic_flux comment "A ceramic flux functions by promoting glass formation in clay bodies and glazes. Fluxes are used in glazes to lower the high melting point of silica. The most commonly used fluxes in a ceramic glaze are lead, boric, soda, potassium, lithium, calcium, magnesium, barium, zinc and strontium.".
- Ceramic_flux label "Ceramic flux".
- Ceramic_flux sameAs m.03m6dgs.
- Ceramic_flux sameAs Q5063661.
- Ceramic_flux sameAs Q5063661.
- Ceramic_flux sameAs Ceramic_flux.
- Ceramic_flux wasDerivedFrom Ceramic_flux?oldid=545114735.
- Ceramic_flux isPrimaryTopicOf Ceramic_flux.