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50-250C | 80C-250C | 120C | 150C | 180C | 185C | 200C | 200C-1000C | 200C-450C | 210C-280C | 250C-370C | 260C | 290C | 300C-330C | 300C | 370-950C | 400C-600C | 400C | 425C-650C | 480C-600C | 500C-600C | 512C | 535C | 540C-600C | 650C-900C | 700F | 750C-1000C | 750-850 | 800C-1100C | 850-950 | 850C | | 900-1000 | 900C | 990C | 1025-1325 | 1025C+ | 1050C | 1050C | 1082C | 1100C+ | 1100C | 1100C | 1300C | 1325C | 1330C | 1360C | 1400F | 1400F | 1418C-1428C | 1420C | 1500F | 1550C | 1565C | 1600F-1650F | 1650F | 1785C | 1800F | 1950F-2050F | 1990C | 2300C | 2320C | 2750F

850C+

Sintering and densification

As temperature increases, particles can begin to bond even though no flux is present to produce a glass to cement particles together (called sintering). As temperature increases, densification occurs as particles realign in increasingly closer contact (forming increasingly tighter bonds as area-of-contact increases). The sintering particles undergo various structural and chemical changes that factor into the matrix being formed, some of these changes involve evolution of gases.

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Glossary Sintering
A densification process occurring within a ceramic kiln. With increasing temperatures particles pack tighter and tighter together, bonding more and more into a stronger and stronger matrix.

By Tony Hansen


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