Which is better, ceramic fiber or spray velvet?

Answer:

With the blowing of thrown silk cotton is two kinds of refractory ceramic fiber cotton cotton in the market at present, according to different production process is defined. Because of the different process, the characteristics of the two kinds of fire-resistant cotton are also different. According to different characteristics, they are applied in different heat insulation fields respectively. Ceramic fiber cotton, also known as aluminum silicate fiber cotton, its main purpose is to use other forms of refractory products, production and processing of raw materials.

Different applications of two kinds of ceramic fiber cotton:In 1, production of HLGX ceramic fiber module: rejection due to thick and long silk fiber is better than spraying silk carpet, in the block made of the folding process, blowing fiber blankets easily broken and torn, and thrown silk fiber blanket can be folded very closely and not easy to damage, the quality will directly affect the block lining quality;The vertical layer 2, large boiler insulation blanket shop carpet fiber application: rejection due to long and thick, has better tensile resistance, more durable, so the rejection is better than spray carpet carpet;3, application of ceramic fiber textile, silk fiber thick and long and has good spinnability, the ceramic fiber thrown silk became the production of ceramic fiber textiles (cloth, tape, rope, pipe and other special materials);

Ji'nan Huolong thermal ceramics limited liability company to help you analyze: thrown silk and spray cotton, which is better? Which process is more suitable for producing carpets? Fire dragon energy saving from the technical point of view is as follows:1, fiber diameter: rejection fiber more coarse, rejection filament fiber is generally 3.0-5.0 mu m, spinneret fiber is generally 2.0-3.0 mu m;2, the length of fiber yarn: rejection fiber longer, the rejection of silk fiber is generally 150-250mm, spinneret fiber is generally 100-200mm;3, the coefficient of thermal conductivity: spray cotton fiber is lower than that of the thrown silk;4, the tensile and flexural strength: thrown silk because fiber thicker than that of spraying cotton;