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We investigated the effect of adding nano-wollastonite on the physical, mechanical and morphological properties of gypsum Composites. The ratio percentage of bagasse mixing aslignocellulosic material with gypsum at three levels (85:15; 75:25;65:35) and nano-wollastonite at three levels of 0 %, 5 % and 10 %. Spec-imens were prepared according to the standards specifications for the fire resistance (weight loss), mechani-cal and physical properties. Scanning Electron Microscopy (SEM) were also used to study the properties of compositemorphology and distribution of samples. Theresults showed that by increasing the amount of nano wollastonite, physical and mechanical properties improved. The MOR, MOE and IB of boards decreased with increased bagasse usage amount, and its maximum value was obtained inusing 15 % bagasse. The results also showed that increasing theamount of bagasse in boards caused a significant increase in theTS of the boards. The results from microscopicimagesshowed that the optimal level of nano-wollastonite can fill the emptyholes and create a uniform structure, thereby improving the propertiesof the boards

Influence of nano wollastonite on physical, mechanical and morphological properties of gypsum composites manufactured from bagasse