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As AI vision advances toward micron-level precision, and silicon carbide lenses become the "intelligent eyes" of high-end imaging and autonomous driving, every step of crystal growth and surface polishing demands exceptionally stable process control. With its military-grade material properties, Grand-Hope New Material's rigid felt serves as a key enabler throughout the manufacturing process of silicon carbide AI lenses.

It is no ordinary insulating material but a "constant-temperature armor" for precise thermal management. During the silicon carbide crystal growth phase, Grand-Hope rigid felt maintains temperature variations within ±1°C inside the furnace, thanks to its uniform fiber structure and ultra-low thermal conductivity. This prevents crystal defects caused by temperature fluctuations, ensuring consistent optical performance in every silicon carbide ingot and guaranteeing the imaging clarity of AI lenses from the very source.

It also acts as a "protective barrier" for precision machining. In the lens grinding and polishing stages, Grand-Hope rigid felt combines high elasticity with wear resistance. It snugly conforms to the lens curvature, buffering machining stress to prevent edge chipping, while its fine fiber structure captures grinding debris to avoid scratches. Even for large-sized, aspherical silicon carbide AI lenses, it enables nanoscale surface roughness, ensuring every detail captured by AI vision is accurate.

From being the "temperature guardian" in crystal growth to the "precision protector" in machining, Grand-Hope New Material's rigid felt turns the "ultra-precision" of silicon carbide AI lenses from a challenge into an achievable standard. As AI empowers countless applications, Grand-Hope rigid felt provides reliable support for every pair of "intelligent eyes."