Content：When selecting high‑temperature refractory insulation materials, engineers need to comprehensively evaluate service temperature, thermal conductivity, structural stability, mechanical strength and environmental safety. AES bio‑soluble ceramic fiber has formed a complete product system including blanket, board, module, paper, special‑shaped custom parts, covering diversified industrial working conditions.

The continuous service temperature of standard‑grade AES fiber ranges from 1000℃ to 1200℃. It maintains stable fiber structure under cyclic heating and cooling conditions, and will not produce severe pulverization after repeated thermal shocks. Compared with heavy‑weight refractory bricks, AES fiber products greatly reduce heat storage of furnace lining, shorten furnace heating‑up time and realize obvious energy‑saving effect for periodic operation thermal equipment.

Low thermal conductivity effectively blocks heat transfer and lowers surface temperature of furnace shell. Meanwhile, its biosoluble feature is the most differentiated advantage compared with traditional ceramic fiber. For factories exporting equipment to European markets, adopting AES soluble fiber helps pass factory safety audit and product compliance inspection. It also reduces the management cost of dust hazard protection in daily workshop operation. Custom density and thickness options can satisfy different load‑bearing and heat‑insulation design requirements.