The percentage of anthracnose disease incidence was highest in the control. On the 9 day of storage, disease incidence in the control was 86.87%, followed by 3% (80.00) and 6% (73.33) kaolin clay, respectively (Figure 1a). For, the percentage of stem end rot of mango fruit sprayed with kaolin clay at 6%, disease symptoms were present on 9 days of storage and the control was highest until the end of storage. At 12 days of storage, the control and kaolin clay at 3 and 6% were 73.33, 53.33 and 40.00%, respectively (Figure 1b). Glenn et al. (1999) reported that kaolin films decreased the fungal and bacterial plant pathogens in pears. In addition, fruits sprayed with kaolin clay had higher firmness compared to the control at approximately 64.52-7.70 N (Figure 2a). Total soluble solids , the ratio of total soluble solids and titratable acidity increased until the end of storage (Figure 2b and 2c). This was similar to the result of Saavedra et al.(2006), which found higher soluble solid content in kaolin-treated tomato fruits compared to the control . Conversely, kaolin particle film delayed the reduction of soluble solids and titratable acidity of ‘Galaxy’ apple fruits (Ergun,2012) There was a significant difference in total chlorophyll content during storage. At the end of storage, fruits sprayed with kaolin clay at 6% had the highest total chlorophyll content (4.57 mg/100g FW), followed by 3% kaolin clay (2.89 mg/100g FW) and the control (2.04 mg/100g FW), respectively (Fogure 3). Tworkoski et al. (2002) indicated that the particle film type antitranspirant enhanced chlorophyll biosynthesis and increased the total chlorophyll content.