  We investigate the unusual magnetic properties of nearly-critical,
weakly-itinerant ferromagnets with general formula UTX, where T=Rh,Co and
X=Ge,Si. As a unique feature about these systems, we show that changes in the
V_{df} hybridization control their proximity to a ferromagnetic instability,
and determine the evolution of: the ground state magnetization, M_0, the Curie
Temperature, T_C, the density of states at the Fermi level, N(E_F), the T^2
resistivity coefficient, A, and the specific heat coefficient, \gamma. The
universal aspect of our findings comes from the dependence on only two
parameters: the T_d bandwidth, W_d, and the distance between T_d and U_f band
centers, C_{T_d}-C_{U_f}.
