Synthesis of transparent wood from lignin modification in Bombax ceiba

The uncertainties present in the environment and climate change, also rapid non-renewable resource emissions, have driven mankind to create effective energy savers environmentally friendly sustainable materials. Wood is one of most abundant versatile bio-based structural There are several promising significant benefits wood, such as its high toughness, low thermal conductivity, density, young’s modulus, biodegradability, non-toxic nature. Moreover, while wood has ecological benefits, it falls short satisfying need for optical transparency. High transparency haze well environmental friendliness make transparent ideal use important industries, including electronics, packaging, automotive, construction. Therefore, current research on developing carried out using low-cost materials Bombax species, balsa bamboo. Present highlights process making along with change absorbed FTIR spectrum during Lignin Modification polymerization. Later fabricated subjected different properties analysis weight gain, water absorption, flexural strength