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首页> 外文期刊>Journal of University of Science and Technology Beijing >A composite thermal insulator based on xonotlite and perlite
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A composite thermal insulator based on xonotlite and perlite

机译:基于硬硅钙石和珍珠岩的复合绝热材料

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摘要

A low cost thermal insulating material can be produced by compounding an active xonotlite slurry, fired-perlite, HOMO PAN fibers and glass fibers. The maximum service temperature of the product is 800℃; linear shrinkage after 800℃x16 h firing is 0.9%; the cold crushing strength is 1.56 MPa; the flexural strength at ambient temperature is 0.81 MPa; the thermal conductivity at ambient temperature (25℃) is 0.056 and 0.128 W/(m·K) at 800℃. The production cost of such a composite is only 1/3 of that of the normal xonotlite thermal insulators. It can substitute the normal xonotlite thermal insulators on most occasions with a similar cost to that of normal perlite products.
机译:可以通过混合活性硬硅钙石浆料,煅烧珍珠岩,HOMO PAN纤维和玻璃纤维来生产低成本的隔热材料。产品最高使用温度为800℃; 800℃x16 h烧成后的线性收缩率为0.9%;冷破碎强度为1.56MPa。环境温度下的抗弯强度为0.81 MPa。环境温度(25℃)在800℃下的热导率为0.056和0.128 W /(m·K)。这种复合材料的生产成本仅为普通硬硅钙石绝热材料的1/3。在大多数情况下,它可以以与普通珍珠岩产品类似的成本替代普通的硬硅钙石绝热体。

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