The use of eco-friendly materials are now becoming the field of interest in construction industry to ensure sustainability and healthy living. Gypsum plasters are eco-friendly building materials but are brittle in nature and hence reinforcement of these plasters using fibres has been found to be beneficial at its post tensioning stage. In this present work the control of harmful ecological impact of Prosopis juliflora invasive species by their effective utilization in building plaster is proposed. To assess the performance of this environmental friendly building plaster using Prosopis juliflora fibres the physical properties such as setting time, temperature rise and density were measured. Furthermore the Prosopis juliflora fibres were subjected to various chemical treatments (NaOH, KmnO₄ and distilled water) and the effect of these treatments on the interaction of fibre with gypsum plaster was evaluated in terms of mechanical strength characterization. Based on the observed results the enhancement in flexural strength of the plaster was observed coupled with the transformation of brittle failure to ductile failure. The toughness of the composites were also much enhanced with the addition of the fibres.

现在，使用生态友好型材料已成为建筑行业关注的领域，以确保可持续性和健康生活。石膏灰泥是生态友好的建筑材料，但是本质上是脆性的，因此发现在纤维的后张紧阶段使用纤维增强这些灰泥是有益的。在本工作中，提出了通过有效利用其在建筑灰泥中来控制对拟生Prosopis juliflora入侵物种有害生态影响的建议。为了评估使用Prosopis juliflora纤维的这种环保建筑石膏的性能，测量了诸如凝固时间，温度升高和密度的物理特性。此外，对Prosopis juliflora纤维进行了各种化学处理（NaOH，KmnO ₄和蒸馏水），并从机械强度表征方面评估了这些处理对纤维与石膏灰泥相互作用的影响。根据观察到的结果，观察到石膏抗弯强度的增强以及脆性破坏向延性破坏的转变。纤维的加入也大大提高了复合材料的韧性。