Ceramic fiber blankets are widely valued for their excellent performance and unique material properties, making them suitable for a variety of applications. To better understand this product, let's take a closer look at its thermal efficiency characteristics.
Ceramic fiber blankets significantly improve thermal energy preservation. However, in certain specialized kilns where specific chemical conditions are involved, these blankets may not yet be suitable as insulation material. As a result, further improvements in their application and development are still underway.
SUNTHERM ceramic fiber blankets are made from specially processed aluminum silicate continuous filaments and formed using a unique needling process on both sides. This dual-side needling technique significantly enhances the interweaving of fibers, improves delamination resistance, increases tensile strength, and ensures better surface uniformity.
With outstanding refractory properties, ceramic fiber blankets are commonly used for thermal insulation in industrial settings-particularly in high-temperature kilns. Their exceptional heat resistance helps conserve more energy, offering 1.2 times the energy-saving capacity of similar insulating materials such as insulating firebricks.
Compared to blown fiber blankets, SUNTHERM's spun silk blankets are made from thicker and longer fibers. This gives them higher tensile and flexural strength, making these blankets ideal for applications requiring high mechanical endurance along with thermal insulation.
While improving thermal efficiency, ceramic fiber blankets also contribute to enhanced end-product quality in heating processes. At SUNTHERM, we remain committed to technological innovation to produce even higher-quality ceramic fiber products.
