Jiangsu Grand-Hope New Materials Technology Co., Ltd. applications

High-performance carbon fiber insulation materials in the field of silicon carbide crystal growth. Silicon carbide crystal growth is a core upstream process in the manufacturing of next-generation semiconductor chips (widely used in new energy vehicles, rail transit, smart grids, and 5G communications). The process is extremely demanding (temperature >2000°C, requiring high vacuum or inert atmospheres), placing the highest demands on thermal field materials.

Application of High-Performance Carbon Fiber Insulation Materials in Industrial Furnaces. High-performance carbon fiber insulation materials offer significant advantages over traditional materials, as demonstrated below:

High-performance carbon fiber insulation materials in the semiconductor silicon wafer industry. In the semiconductor silicon wafer industry, even the slightest defects, contamination, or stress can lead to a significant drop in chip yield. Therefore, the requirements for the purity, stability, and precise controllability of the production environment, especially the thermal field, have reached an extremely high level.

High-performance carbon fiber insulation materials in the field of sapphire growth. Sapphire (α-Al2O3 single crystal) has a melting point as high as 2054°C, and its growth process demands the utmost stability, uniformity, and thermal insulation of the thermal field, as these factors directly determine the quality, size, and economic viability of the crystal production. High-performance carbon fiber composite insulation materials, with their unique comprehensive properties, are playing a revolutionary role in this field.