Forged with precision and crafted from premium ceramic fiber cotton masterfully blended with select organic binders, our High-Temperature Ceramic Fiber Paper defines sealing excellence. This extraordinary product delivers unmatched sealing efficiency, extraordinary flexibility, and superior thermal insulation. It is your top-tier solution for overcoming high-temperature challenges, excelling in critical applications like seals, gaskets, and expansion joints across a vast array of demanding environments. Experience unmatched performance and reliability with every use.
Classification Temperature: Available in an exceptional range of 1260°C, 1350°C, 1400°C, and an incredible 1600°C, precisely catering to diverse thermal requirements. Recommended Operational Temperature: Choose from flexible options ≤1000°C, ≤1200°C, ≤1300°C, ≤1400°C, and ≤1500°C, guaranteeing peak performance across varying conditions. Density: A robust 180 kg/m³ ensures unwavering support and dependability. Characteristic Features: Revel in low thermal conductivity, a sleek and uniform density, accurate thickness, and exceptional flexibility. Its sound absorption capabilities are indeed remarkable. Customization is effortless, allowing for intricate shapes while maintaining outstanding tensile strength. Lightweight and engineered for exceptional thermal stability, it displays minimal shrinkage. Chemical Composition: Enriched with Alumina, AlO ≥45%, Silica, SiO ≥52%, and Zirconia, ZrO ≥13%. Thermal Conductivity: Ensures remarkable energy efficiency with 0.10 W/m.k at 400°C, 0.13 W/m.k at 600°C, 0.19 W/m.k at 800°C, 0.16 W/m.k at 1000°C, and 0.22 W/m.k at 1200°C. Heating Wire Shrinkage (°Cx24H): Minimizes shrinkage with ≤3% at 1000°C, ≤3.5% at 1200°C, ≤4% at 1400°C, and ≤4% at 1500°C. Tensile Strength: Provides dependable performance with strengths of 0.6 Mpa, 0.2 Mpa, and 0.25 Mpa. Loss on Ignition: Maintained at a minimal ≤5%. Customize to your specifications with a standard 1220mm width or tailor other widths and thicknesses to your precise needs.
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