Physical properties of liquid alloys based on γ-solid solution, containing 20-70% vol. of fine-dispersive particles of secondary γ'-phase of Ni3(Al, Ti) type were investigated. The analysis of specific electric conductivity measurements showed that the tridimensional bond spacing is possible to exist in liquid alloys. The bond spacing may be formed by the interacting microformations similar to intermetallic γ'-phase in composition and structure.