Creating porcelain sculptures for high-temperature or industrial environments presents unique challenges that test the limits of ceramic artistry and engineering. One of the most significant hurdles is material durability. Porcelain must withstand extreme temperatures without cracking or warping, requiring precise clay composition and firing techniques.

Thermal stress resistance is another critical factor. Rapid temperature changes can cause fractures, demanding advanced glazing methods or composite materials to enhance stability. Industrial settings also expose sculptures to mechanical wear, necessitating thicker designs or reinforced structures.

Additionally, achieving intricate details while maintaining structural integrity is difficult. High-temperature firing often alters fine textures, forcing artists to balance aesthetics with functionality. Finally, cost and scalability pose challenges, as specialized materials and kilns drive up production expenses. Overcoming these obstacles requires innovation in both traditional craftsmanship and modern material science.