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Glaze opacity can be achieved using a number of different mechanisms (e.g. phase difference, crystallization, unmelted suspended particles, bubbles, matteness). Each mechanism or combination of mechanisms has advantages and disadvantages depending on the host glaze and process being used.
Oxides | TiO2 |
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Materials | Rutile |
Materials | Talc |
Materials | Tricalcium Phosphate |
Materials | Magnesium Zirconium Silicate |
Oxides | ZrO2 |
Materials | Alumina Hydrate |
Materials | Arsenic Oxide |
Materials | Barium Carbonate |
Materials | Bone Ash |
Oxides | CeO2 |
Oxides | Sb2O3 |
Oxides | As2O3 |
Oxides | TiO2 |
Oxides | SnO2 |
Materials | Tin Oxide |
Materials | Titanium Dioxide |
Materials | Zinc Oxide |
Materials | Zircon |
Materials | Zircopax |
Materials | Zircopax Plus |
Materials | Calcium Carbonate |
Oxides | ZnO |
Glossary |
Opacifier
Glaze opacity refers to the degree to which it is opaque. Opacifiers are powders added to transparent ceramic glazes to make them opaque. |
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