Chambers and Furnaces

ushing the limits of what materials can endure, our high-temperature testing solutions are engineered for the most demanding aerospace applications. Engine components and thermal protection systems are tested at temperatures exceeding 1,000 °C, with our advanced furnace systems reaching up to 1,200 °C for metallic alloys and up to 2,000 °C for Ceramic Matrix Composites (CMC) under vacuum or inert gas atmospheres. Non-contact optical extensometers deliver precise, damage-free strain measurement even at extreme temperatures — ensuring data integrity where it matters most. From turbine blades to next-generation CMC structures, we give you the confidence to certify materials that perform at the edge of possibility.