This study introduces the design and realization of a fast-setting technology for an efficient industrial production of a novel mineral-impregnated carbon-fiber (MCF) reinforcements for the building sector. By employing mineral-based matrices for carbon fiber (CF) reinforcements, numerous advantages can be achieved, including high temperature resistance, cost-effectiveness, reliable bonding with concrete substrates, and enhanced flexibility in automated processing. This study focuses on the impact of different thermal curing regimes for the forming process of the MCF composite. The fabrication process involves commercially available raw materials and the utilization of a continuous pultrusion line, followed by oven heating at temperatures of 50 ℃ and 75 ℃ for short durations. The purposefully designed impregnation suspension allowed a sufficient long-lasting processing window at the early age. Extensive experimental investigations have been conducted to examine the development of the resulting MCF performance and the implementation of the MCF as reinforcement in GP concrete at varying temperature levels.