定性分析了红外辐射涂料在工业炉上应用的节能机理。
In this paper, the saving mechanism of infrared radiant coating used on furnace was analyzed qualitatively.
定性地分析了红外辐射涂料在工业炉上应用的节能机制。
The energy saving mechanism for application of infrared radiant coating in the industrial furnaces is qualitatively analyzed.
红外辐射涂料是一种具有良好的辐射性能且用途广泛的新型节能涂料。
The infrared radiation coating is a new kind of energy saving coating with a good radiation property and a broad application.
红外辐射涂料在国内外工业炉上已得到越来越多的推广应用。武钢也用了不少。
More and more infrared coatings are applied in the industrial furnaces both at home and abroad, and the same is the case in WISCO.
论述了提高工业炉窑使用寿命和节能等多功能的低、中、高温远红外辐射涂料的机理、性能、制备施工和应用。
The improving on service life of industrial furnance was studied. The energy saving with infrared radiation coating, its properties, synthesis, construction and application were discussed.
通过硼改性中空陶瓷微珠的热反射作用以及红外辐射材料的幅射致冷作用，赋予该涂料优异的隔热性能。
The paint has excellent thermal insulation by heat reflection of boron modified hollow ceramic micro-sphere and radiation cooling of infrared radiation material.
本文总结了涂层厚度、涂料的光谱特性、衬底、使用温度、颗粒度等因素对涂料红外辐射特性的影响。
The effects of layer thickness, spectral characteristics, sample fineness, supports and operating temperature on emission features of infrared coating materials are summarized.
本发明提出的是热工领域的一种耐高温远红外辐射陶瓷涂料。
The invention provides a high temperature resistance infrared radiation pottery dope, which belongs to the thermal engineering field.
本发明提出的是热工领域的一种耐高温远红外辐射陶瓷涂料。
The invention provides a high temperature resistance infrared radiation pottery dope, which belongs to the thermal engineering field.
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