Thanks to the recent unprecedented leap in computational power, we can now delve into the fascinating realm of finite-temperature superfluid turbulence and study the intricate interplay of two-fluid dynamics. Our analysis focuses on two-fluid vorticity locking where turbulent normal and superfluid flows interact and create complex pressure dynamics. Through careful examination, we showcase how the flow statistics seamlessly transfer and manifest in the mutual pressure field, unravelling new insights into the fundamental laws of fluid mechanics.