In industrial furnace lining systems, ceramic insulation board must not only provide thermal insulation and high-temperature resistance — dimensional accuracy is equally critical. The tighter the installation fit, the more stable the lining structure and the lower the heat loss. Once dimensions deviate, gaps enlarge, thermal bridges increase, sealing becomes unstable, and overall energy consumption rises. Therefore, dimensional precision is one of the core engineering values of a ceramic insulation board.
CCEWOOL® ceramic insulation board maintains consistently accurate dimensions through systematic manufacturing control and process optimization:
Vacuum forming ensures uniform fiber deposition and controlled board thickness, preventing localized density concentration and ensuring consistent dimensional performance.
Controlled temperature curves and precise rigid setting allow the board to maintain flatness and stability even after high-temperature post-processing.
The self-developed “Ceramic Fiber Products Intelligent Manufacturing Management System V1.0” further reduces dimensional deviation through coordinated workshop scheduling and real-time parameter optimization, ensuring every batch maintains highly consistent dimensional accuracy before shipment.
With stable dimensional precision, CCEWOOL® ceramic insulation board reduces cutting waste, improves installation speed, minimizes heat loss, and supports long-term furnace structural stability and energy efficiency.

Poland customer
Cooperation years: 10 years
Ordered product: CCEWOOL® ceramic insulation board
Product size: 25x1000x1200mm
The Polish customer has been purchasing CCEWOOL® ceramic insulation board for more than 10 years (main specification: 25x1000x1200mm). They continue to choose CCEWOOL® because the product consistently delivers precise dimensions, excellent fitting performance, and stable operation under long-term industrial furnace conditions — helping significantly reduce maintenance frequency and energy costs.
CCEWOOL® ceramic insulation board continues to deliver reliable insulation performance for high-temperature industrial systems worldwide.
In industrial furnace lining systems, ceramic insulation board must not only provide thermal insulation and high-temperature resistance — dimensional accuracy is equally critical. The tighter the installation fit, the more stable the lining structure and the lower the heat loss. Once dimensions deviate, gaps enlarge, thermal bridges increase, sealing becomes unstable, and overall energy consumption […]
Insight | 10 Nov, 2025
In high-temperature industrial systems — whether in steel reheating furnaces, aluminum melting furnaces, or kiln sealing structures — insulation materials must not only block heat transfer but also deliver reliable fire-resistance to ensure long-term operation above 1000 °C without burning, melting, or degrading. A refractory fiber blanket is specifically engineered for this purpose, and its […]
Industry | 05 Nov, 2025
In industrial furnace lining systems, dimensional accuracy directly determines sealing performance and structural stability. Especially in demanding environments such as steel, aluminum, and heat-treatment furnaces, even a deviation greater than ±1 mm can lead to misalignment, uneven expansion joints, thermal leakage, or even furnace deformation. Therefore, whether an Insulating Fire Brick can maintain high dimensional […]
Insight | 03 Nov, 2025