When formulating an electrode, it is crucial to carefully consider the minimum required amounts of binder and carbon black to ensure proper functionality. The carbon black needs to be sufficiently high to reach the electronic conductivity percolation threshold , and the binder should be sufficiently high to give mechanical strength, adhesion to the current collector and flexibility to the electrode. The percolation threshold also depends on the AM's type, morphology and the particle size, and the amount of binder. However, here, a minimum content of carbon black and binder is simply taken, depending on the type of AM used in the electrode . These values offer a reasonable margin, ensuring that the selected values in the application do not reach limiting thresholds. For the premixing process , the chosen thresholds for the premixing time depend on the total dry mass used and the interfacial energies between the particles in the mixture . Sufficient time should be taken to ensure homogenous premixing, but premixing for a longer duration can degrade the AM . For calculating the thresholds for premixing, the effects of dry mass and their properties are neglected, and the criteria are simplified to reported minimum and maximum premixing time values. .