The work aims to explore the feasibility and effectiveness of applying embodied cognition theory to household disinfection products, propose the household disinfection product design strategies from the perspective of embodied cognition, and explore their rationality through design practice and validation. Based on the embodied cognition design strategy, a household disinfection product with hand cleaning and disinfection, personal item disinfection, and space temperature and humidity monitoring was designed, and an interactive prototype was produced with a 1:1 paper model combined with Arduino. To verify its scientific nature, an experiment was set up with an experimental group through an embodied design and a control group through a non-embodied design. The SAM emotion self-assessment scale and the SUS product usability scale were used to test and verify user emotion and product usability, respectively. In the design of household disinfection products, the embodied design-experimental group significantly outperformed the control group-non-embodied design in terms of user pleasure and product usability. Introducing embodied cognition into the design of household disinfection products can effectively improve user emotion and product usability and promote users to maintain health.