Ultra-high performance concrete (UHPC), as a new cement-based material, has attracted much attention. In this paper, UHPC was prepared based on ordinary mixing and vibration mixing respectively. The mechanical and durability properties and microstructure of the two methods were compared. The results illustrate that UHPC based on vibration mixing technology has faster strength growth rate and higher compressive strength, splitting compressive strength and tensile strength at the 28d, compared with ordinary mixing UHPC; It is found that the performance of UHPC based on vibration mixing technology is better. Different microanalysis techniques show that UHPC based on vibration mixing technology has higher hydration degree, more uniform cement particles and lower porosity. Overall, vibratory mixing is a combination of vibratory mixing and forced mixing, which is able to exploit the advantages of both in UHPC mixing area, and it can be used to reduce cement usage and reduce C O 2 emissions in the future.