目前，巖棉板已經(jīng)成為了市面上備受歡迎的一種保溫材料。由于在選材方面精湛好，在加工的過程中對其技術要求上比較嚴格精細，才能夠達到了理想的保溫效果。那么，這在保溫工程中施工的時候，主要有哪些技術特性呢？

At present, rock wool board has become a popular thermal insulation material in the market. Due to excellent material selection and strict and fine technical requirements in the processing process, the ideal thermal insulation effect can be achieved. So, what are the main technical characteristics in the construction of thermal insulation engineering?

特性一：綠色環(huán)保。由于巖棉板在保溫用途上越來越廣泛，對選材方面的環(huán)保等級上較高。因此，這在加工的過程中，所選擇的材質(zhì)都達到了優(yōu)良的標準，并且在環(huán)保要求上是很嚴謹?shù)模⑶以诓煌谋赜猛局卸疾粫霈F(xiàn)污染的現(xiàn)象。那么，這在廣泛鋪設的過程中所具備的保溫性能上也是很好的。

Feature 1: green environmental protection. As the rock wool board is more and more widely used in thermal insulation, the environmental protection grade of material selection is higher. Therefore, in the process of processing, the selected materials have reached excellent standards, and the environmental protection requirements are very strict, and there will be no pollution in different thermal insulation applications. Then, this is also very good in the thermal insulation performance in the process of extensive laying.

特性二：防火阻燃，隔音輕質(zhì)。在建筑物墻體當中都會運用巖棉板來作為保溫施工的。因此，具有優(yōu)良的防火等級，即使遇到了火災之后也會有著不錯的阻燃效果。當然，這在墻體上的隔音效果上是很不錯的，自身的重量上也是很輕的。因此，這在施工過程中所具備的技術性能上會越來越完善，才能夠在推廣運用的過程中得到了客戶的信賴。

Feature 2: fire retardant, sound insulation and light weight. Rock wool board will be used as the of thermal insulation construction in building walls. Therefore, it has excellent fire rating and good flame retardant effect even after a fire. Of course, the sound insulation effect on the wall is very good, and its own weight is also very light. Therefore, the technical performance in the construction process will be more and more perfect, so that it can be trusted by customers in the process of popularization and application.

特性三：憎水率甚至超過了99%以上，并且在循環(huán)使用的效率上都會有著明顯的提高。因此，這在比較其保溫作用的效果上會更加不錯的。只有抓住了循環(huán)利用的特點之后，才能夠在保溫工程中發(fā)揮出來的作用會更加好的。因此，這才能夠在不同的建筑行業(yè)施工過程中所具備的技術特色上會越來越多元化的。

Feature 3: the hydrophobicity rate even exceeds 99%, and the efficiency of recycling will be significantly improved. Therefore, this will be better in comparing the effect of its thermal insulation. Only after grasping the characteristics of recycling can it play a better role in thermal insulation engineering. Therefore, this can be more and more diversified in the technical characteristics in the construction process of different construction industries.