The parametrisation began with determining the magnitude of interparticle repulsions. Colloidal dispersions are typically stabilised by an energy barrier of ~20 kBT , . Hence, the zetapotential of Hamaker constants of the ionomer -ionomer interactions were chosen to recreate an energy barrier of a similar magnitude. Taking this as a reference, the corresponding constants were determined for carbonionomer and carboncarbon interactions. As an extension, the conservative force cutoffs were chosen to maximise computational efficiency while capturing a sufficient region of the interparticle electrostatic interactions. The cutoff representing 95% of the interparticle energy was chosen as 490 nm for the AM-AM interactions, correspondingly a cutoff of 360 nm was chosen for ionomer-ionomer interactions. The extent of interaction coverage was determined by measuring the area under the curve for various cutoffs against a pseudo-infinite potential.