In the glass manufacturing industry, glass furnaces operate at extremely high temperatures, often exceeding 1600°C. The stability, thermal efficiency, and lifespan of the furnace directly impact production efficiency and product quality. Therefore, choosing high-performance refractory insulation materials is essential. With its low thermal conductivity, high-temperature resistance, and excellent mechanical strength, CCEWOOL® ceramic fiber board insulation is the ideal choice for both hot face and backup insulation layers in glass furnaces.
Polish Customer
Cooperation Years: 9 years
Ordered Product: CCEWOOL® ceramic fiber board insulation
Product Size: 10/25/40x1000x1200mm
Recently, CCEWOOL® successfully delivered a batch of ceramic fiber board insulation to a Polish customer. The customer highly praised the product's low thermal conductivity, high-temperature resistance, and superior thermal shock performance. They reported that CCEWOOL® insulation significantly improved furnace energy efficiency, reduced operational costs, and extended the service life of the furnace lining. Additionally, the customer appreciated CCEWOOL®'s reliable supply and excellent service, looking forward to further long-term cooperation.
With its outstanding insulation performance, superior temperature stability, and high mechanical strength, CCEWOOL® ceramic fiber board insulation is the ideal solution for glass furnace insulation, helping businesses improve energy efficiency, reduce costs, and extend equipment lifespan.
In high-temperature sealing, insulation, and electrical protection applications, paper-based materials must retain both thermal stability and adaptability. However, traditional ceramic fiber paper often suffers from insufficient flexibility. During bending, winding, or complex installations, it can easily tear or break, leading to poor sealing, reduced insulation performance, higher installation difficulty, and increased maintenance costs. Core Advantage: […]
Industry | 09 Oct, 2025
In applications such as industrial sealing, insulation, and electrical protection, fiber-based paper must deliver both high-temperature stability and mechanical strength. However, traditional ceramic fiber paper often tears or breaks during high-temperature operation or installation, particularly in complex working conditions. Insufficient mechanical strength compromises sealing tightness, shortens service life, and increases maintenance costs. Unique Advantage: Superior […]
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The core composition of ceramic fiber paper is primarily high-purity silicon dioxide (SiO₂) and aluminum oxide (Al₂O₃), with some high-grade types containing zirconia (ZrO₂) to enhance maximum temperature resistance and anti-corrosion properties. These components, in carefully designed proportions, give the material excellent thermal stability and insulation performance. Depending on the application, small amounts of organic […]
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