A teak leaf waste/polyurethane composite has been made for particleboard application. Some fraction variations are performed on the use of polyurethane as a matrix with a range of 0.04–0.20 (w/w). Mechanical and physical properties have been tested on the composites produced. The test results showed that the highest compressive strength of the sample reaches 38.5 MPa for polyurethane fraction of 0.14 (w/w). The composite has a density of 1261 kg m⁻³ which is in accordance with the result of density on teak. The physical properties have been also investigated and it was found that the lowest value of water absorption is 1.38%. This result indicated that the composites produced are potentially to replace wood raw material in eco-friendly industrial scale.

柚木叶废料/聚氨酯复合材料已制成用于刨花板的应用。使用聚氨酯作为基质时，会在0.04-0.20（w / w）的范围内进行某些馏分变化。机械和物理性能已在生产的复合材料上进行了测试。测试结果表明，聚氨酯含量为0.14（w / w）时，样品的最高抗压强度达到38.5 MPa。该复合材料的密度为1261 kg m ^-3，这与柚木的密度结果一致。还研究了物理性能，发现最低吸水值为1.38％。该结果表明，所生产的复合材料有可能在生态友好的工业规模上替代木材原料。