一、研發背景：
當代家具軟墊多依賴石化聚氨酯（PU）發泡材，雖具彈性卻面臨高能耗與回收困難等環境痛點。「纖墊墊」以剩餘植物纖維（甘蔗、椰殼）結合熱塑性樹脂複合材的生質複合材料，作為軟墊支撐層。透過「低化石替代」路徑，減少碳排並落實永續循環。
二、技術核心：
作品透過物理與化學預處理去除纖維雜質、帚化表面，強化熱塑性樹酯的接合面。經精準熱壓製程，形成兼具穩定支撐、受力分散與形變回復的機能複合層。最後將其與高密度軟墊整合，在維持優質坐感的前提下，顯著降低化石材料比例。
三、造型語彙：
作品將「纖維」的特徵轉化為設計語言，展現材料與家具的共生關係：
沙發： 融合甘蔗與椰殼纖維的柔韌特質，流線型人體工學扶手，提供自然且直覺的支撐體驗。
邊桌： 以銅棒懸吊櫃體創造視覺層次；桌面特設「材料展示區」，將核心生質材料外顯化，賦予家具置物以外的環境教育功能。
四、不起眼的一環，改變整個循環。
「纖墊墊」精準定位於家具內部的複合結構層。透過國產材與剩餘生質纖維的應用，縮短在地供應鏈碳足跡，並建立可回收的材料系統。這不僅是家具設計，更是針對減碳趨勢的產業升級提案，證明綠色替代能兼顧穩定功能、美學價值與環境永續。
FiberCushion: Small Part, Big Cycle
Contemporary furniture cushioning relies heavily on petrochemical PU foam, which raises concerns over energy consumption and recyclability. FiberCushion introduces a bio-composite support layer made from sugarcane and coconut fibers bonded with thermoplastic resin. Through physical and chemical pre-treatment and precision thermal pressing, it forms a composite with stable support, effective load distribution, and shape recovery. Integrated with high-density cushioning, it reduces fossil material use while maintaining comfort. The sofa features ergonomic armrests inspired by fiber flexibility, while the side table adopts a copper-rod suspension and a material display zone for environmental education. By utilizing local biofibers, it shortens supply chains, lowers carbon footprint, and establishes a circular material system—demonstrating a sustainable solution that balances performance, aesthetics, and environmental responsibility.
