High levels of soil salt significantly decrease rice productivity and quality in coastal and Semi-arid areas as Egypt conditions. A field trial was performed at El-Sirw Agriculture Research Station, Damietta Governorate- Egypt, during seasons of 2022 and 2023.This endeavor showcases a practical approach of integrated boron and zinc fertilization along with other chemicals on rice productivity and quality under salt stress. Treatments were comprised in a split plot design with four replications, the main plots consisted of three different rice varieties; Sakha Super300, Giza183 and Giza 179 and the sub plots included six treatments: control, zinc boron, zinc boron plus di ammonium phosphate (DAP), zinc boron plus NPK, zinc boron plus K and zinc boron plus salicylic acid(SA). The result indicated that the two nutrients solitary or combined with other chemicals showed great effect in enhancing physiological traits by reduce hazard effect of free radicals and increase the efficiency of antioxidant system of rice under salt stress. Furthermore, applied of zinc boron alone or along with other inert, particularly salicylic acid significantly improved growth, yields and optimized rice grains qualities under salt stress. To sum up under salt affected soil which, hinder rice productivity, applying of zinc boron mixed with SA could be considered as successful solution for boosting rice production and standard marketing criteria