Porcelain sculptures are delicate artworks that require stable environmental conditions to maintain their structural integrity. Temperature fluctuations in display environments can significantly impact their longevity by causing thermal stress, leading to micro-cracks, glaze deterioration, and even catastrophic breakage.

When porcelain is exposed to rapid or extreme temperature changes, the material expands and contracts unevenly. This stress weakens the ceramic body over time, making it more susceptible to damage. Museums and collectors must maintain consistent temperatures (ideally between 18-22°C) to minimize these risks.

Humidity often compounds temperature-related damage, as moisture absorption exacerbates thermal stress. Proper climate control systems, UV-filtered lighting, and insulated display cases help mitigate these effects. For valuable pieces, monitoring devices can track environmental conditions and alert caretakers to dangerous fluctuations.

By understanding and controlling display environment temperatures, art conservators and collectors can significantly extend the lifespan of porcelain sculptures, preserving these cultural treasures for future generations.