Currently, research is directed towards materials with new properties, improved performance to cost ratio and limited environmental impact over their entire life cycle. Ceramics and ceramic-based composites are enabling materials that are highly investigated as their use cover multiple applications in fields such as energy storage, electronics,aeronautics and aerospace among others. Most of the methods to densify ceramic materials require the use of temperatures above 1000 °C, toreach at least 95 % of relative densities. However, these high processing temperatures come with their own drawbacks such as low energy efficiency, non-suitability for metastable materials or materials with low decomposition temperatures, interdiffusion leading for unsought interphases during the co-sintering of multimaterials.