Carbon Thermal Field recently released an integrated full-chain management system for carbon fiber thermal insulation materials, combining five core modules including engineering decision framework, full-lifecycle management, factory digitalization, causal mapping and cost-energy-yield triangle model. It subverts the conventional mode of treating carbon felts as ordinary consumables, and redefines carbon fiber insulation components as core thermal field assets that determine energy efficiency, yield and service life of high-temperature equipment. Starting from thermal field task profiles, the system connects full-process data covering raw materials, production, inspection, service and failure records via digital passports. It adopts multi-criteria decision-making and hierarchical verification for material selection, identifies optimization priorities through raw material-structure-performance-life causal maps, and balances production cost, energy consumption and product yield with quantitative models to build an end-to-end digital closed loop. Suitable for crystal growth furnaces, vacuum heat treatment equipment and industrial high-temperature thermal systems, the solution cuts heat loss, reduces furnace contamination and extends insulation service life while lowering maintenance and energy expenses. A phased implementation roadmap is provided for manufacturers to realize data-based refined control, supporting energy saving, cost reduction and quality improvement across the high-temperature thermal equipment sector. For more information, please visit https://v.douyin.com/cqWECsXikiE