It fills the equipment gap in ultra-high temperature microscopic testing above 1000℃. Its material resistance technology enables short-term extreme testing at 1500℃ and long-term operation at 1200℃, meeting the research needs for materials in extreme environments such as aerospace materials and refractory ceramics.

The temperature uniformity control at high temperatures (radial temperature difference ≤ ±0.5℃) ensures the reliability of experimental data.