Temperature-dependent viscosity increases and wax crystallization in petroleum products impede transport and application. Stabilizing flow characteristics ensures consistent material performance across varying environmental conditions.

Polymeric dispersions tend to coalesce permanently when water is removed during spray drying. Preventing this loss of redispersibility ensures the powder can return to its original colloidal state in cementitious applications.

High surfactant requirements and poor droplet stability in water-based systems lead to phase separation. Reducing surfactant levels while maintaining dispersion integrity prevents formulation failure.

Inconsistent particle distribution and spontaneous clustering prevent uniform material performance. Eliminating these physical instabilities ensures predictable rheology and material homogeneity.