Saint Gobain

Last updated February 23, 2026

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Refractory ceramic phase composition: Saint GobainRecent Research Landscape

Thermal degradation of furnace linings and electrodes during high-temperature glass melting leads to material contamination and frequent downtime. Engineering the electrical resistance and phase stability at the refractory interface maintains melt purity and extends equipment life.

What technical problems is Saint Gobain addressing in Refractory ceramic phase composition?

Furnace lining thermal degradation

(53)evidences

High-temperature glass melting environments cause structural erosion and material failure in refractory zones. Preventing these failure modes extends furnace lifespan and maintains glass purity.

High temperature structural degradation

(26)evidences

Refractory ceramic components experience structural failure and surface erosion when exposed to extreme temperatures and reactive environments. Mitigating these degradation mechanisms ensures structural integrity and extends the operational lifespan of high-temperature materials.

Molten glass corrosion degradation

(17)evidences

Corrosive molten products and furnace environments cause premature failure of ceramic containment materials. Preventing this degradation extends furnace lifespan and maintains product purity.