Achieving translucency in thin porcelain sculpture elements requires a combination of meticulous craftsmanship, material science, and controlled firing processes. Artists begin by selecting high-quality kaolin clay with fine particle consistency, which allows for thinner walls and better light transmission. The clay is wedged and rolled to an even thickness, often below 2mm, using specialized tools like ribs and rolling pins.

Key to the translucent effect is the porcelain's vitrification during firing. Artists employ a two-step process: bisque firing at lower temperatures (900-1000°C) to stabilize the form, followed by a high-temperature glaze firing (1250-1400°C) that transforms the clay into a glass-like state. The precise temperature curve must be carefully controlled to maintain structural integrity while achieving optimal density.

Advanced techniques include layering translucent glazes, creating graduated thickness variations, and incorporating light-refracting textures. Some artists use backlighting installations to enhance the ethereal quality. The final result showcases porcelain's unique ability to capture and diffuse light, creating delicate, luminous artworks that appear to glow from within.