The intersection of fiber arts and ceramic materials offers a transformative avenue for creating innovative sculptural installations that balance flexibility and rigidity. This research focuses on integrating Kevlar, a high-performance synthetic fiber known for its tensile strength and heat resistance, with ceramic materials such as Al₂O₃ and SiC. These ceramics, chosen for their mechanical durability and compatibility with high-temperature processes, are incorporated into large-scale sculptures through techniques such as weaving, braiding, and layering. Kevlar serves as a resilient framework, providing structural support while accommodating the intricate forms and textural interplay of ceramics. The study investigates the behavior of Kevlar in combination with these ceramics during firing and post-processing, highlighting their synergistic potential for creating lightweight, thermally stable, and structurally robust sculptures. Surface treatments, including ceramic glazes and oxide finishes, further enhance the aesthetic and functional qualities of the installations, offering rich textures and vibrant visual effects. Key findings demonstrate the feasibility of Kevlar-alumina and Kevlar-silicon carbide composites for innovative sculptural installations, suitable for both indoor and outdoor environments. This work expands the boundaries of fiber arts and ceramics, providing new opportunities for material exploration in contemporary art and sustainable design practices.

Keywords: Ceramic glaze, Sculpture, Kevlar, Ceramic composite.