Disruptive innovation is the core driving force for digital industry to break through the blockade of incumbent enterprises and master the technological dominance. Can multidimensional disruptive innovation policies really promote technological integration in the digital industry? What role do other companies in the industry play? This paper focuses on the two dimensions of technology and market, based on the research data of the representative intelligent manufacturing industry in the digital industry, and uses the theory of binary innovation to explore and utilize the differences and similarities of two kinds of disruptive technological innovation policies affecting the technological convergence of the digital industry, as well as the mechanism of technological distance. The different linkage effects between disruptive technology binaries and disruptive market binaries are compared. Stepwise regression is used to conduct empirical test. The results show that: (1) Disruptive technology exploration has a significant positive impact on technology integration degree, and technology distance positively moderates the relationship between disruptive technology exploration and technology integration degree; (2) There is an inverted U-shaped relationship between disruptive technology utilization and technology integration, and technology distance positively regulates the relationship between disruptive technology utilization and technology integration; (3) Different linkages between disruptive technology innovation and disruptive market innovation have completely different impacts on enterprise technology integration. Specifically, in the context of the selection of disruptive technology exploration strategy, disruptive market duality does not significantly promote or inhibit the degree of digital industry technology integration; In the context of the selection of disruptive technology utilization strategy, disruptive market exploration plays a more obvious role in promoting the integration of digital industry technology.