Abstract
Innovative and ecologically sustainable transparent wood has garnered notable attention in recent times. Normally, transparency in wood is achieved through petroleum-based polymers, but ongoing studies aim to substitute them with bio-based options to avoid potential harm. In this study, poplar wood was prepared in two distinct sizes for transparency. The wood was longitudinally cut into 10×10×1 mm dimensions and transversely cut into 20×20×1 mm dimensions. Transparency was achieved via glycerol infiltration in the cut wood specimens, which were subsequently coated with transparent epoxy resin for protection against external factors. The potential applications of transparent wood are diverse. It can be employed in narrow and dark interior spaces, as well as in wall and floor design. Additionally, using transparent wood in attics can create an illusion of spaciousness, thanks to its optical permeability feature. Furthermore, the low thermal conductivity and environmental friendliness of wood make it advantageous for the construction industry. This study not only highlights the feasibility of transparent wood but also underlines its potential to revolutionise interior design and construction practices. Further research and development in this area are essential to unlocking the full potential of this innovative and sustainable material.