… by Ultrafast High-temperature Sintering (UHS). Ca-… ceramics were manufactured in less
than 3 min using currents between 25 and 30 A. Both β and α-TCP were detected in the sintered …

… To date, the fundamental question “Is it possible to achieve rapid thermal debinding and
sintering of fused filament fabricated (FFF) ceramics in a single step?” lacks an answer. …

… Speedy ceramic sintering … ceramic sintering techniques. To overcome these limitations, we
developed an ultrafast high-temperature sintering (UHS) process for the fabrication of ceramic …

… sintering temperature, sintering time, and heating rate on the density and grain size of the
ceramics … showing the sintering parameters that were varied in this study: sintering temperature …

… in conventional sintering technique for porous ceramic might … The sintering effect is seriously
constrained by the electrical … sintering and RTA is not so high to sinter ceramic with high …

… [8], [9] The influence of nitrogen on the electrical conductivity of SiC-based ceramics is
remarkable, as the SiC-based ceramics sintered with ordinary oxide additives exhibited an …

… Conventional sintering is the simplest sintering technique, but the processing of CaPs at a …
’s ceramics in bone regeneration. This review focuses on advanced sintering techniques used …

… ceramics at 1360 C. Transparency was promoted by synergistic effects of high initial green
density (62.7%) and rapid sintering using Ultra-fast High-temperature Sintering … ceramics with …

… In particular, some of the authors of the present work observed that YSZ sintered by
FSPS is characterized by superior hardness when compared to the conventionally sintered …

… Since its inception in 2020, UHS technology has promised to revolutionize the field of
sintering of ceramics.This technique utilizes the resistive Joule heating of a carbon felt in an inert …