濟南玻璃鋼雕塑多是為藝術品，而這種產品優點和缺點都有哪些呢?下面是對濟南玻璃鋼雕塑優缺點內容介紹。Ji'nan glass fiber reinforced plastic sculpture is mostly for art, and what are the advantages and disadvantages of this product? The following is a brief introduction to the advantages and disadvantages of FRP sculpture in Ji'nan.
優點:濟南玻璃鋼雕塑 http://m.windsfly.cn/本身質量還是非常輕的，但是在強度表現上很是不錯。相對密度一般在一點五到二點零之間，這種密度只不過是碳鋼四分之一到五分之一重量。但在拉伸強度方面的表現會比碳素鋼的更為可觀。如果我們將其和高級合金鋼進行比較話也是不相上下的。所以在宇宙飛行器及航空事業當中應用的非常廣泛。它的彎曲程度還有壓縮強度都能滿足很多消費者的使用需求。Advantages: Ji'nan FRP sculpture itself is very light quality, but the performance is very good strength. The relative density is generally between one point five and two, which is only about 1/4 to 1/5 carbon steel. But in terms of tensile strength performance will be even more impressive than carbon steel. If we use it and high alloy steel are compared then also be roughly the same. So it is widely used in space vehicles and aviation. The degree of bending and compression strength can meet the needs of many consumers.
除此之外，濟南玻璃鋼雕塑產品耐腐蝕性能也非常不錯。它對大氣還有水以及酸堿鹽等溶劑和油類物質產生很好的抵抗效果，所以我們在化工行業當中也能夠使用到玻璃鋼雕塑。除此之外，該產品擁有良好的電性能。它是絕緣材料當中的一種，我們使用它可以制造一些絕緣體。它可以在高頻環境之下發揮較好的介電性。在熱性能的體現上也是較為良好的，在超高溫的環境中能夠保護飛行器在兩千攝氏度以上的高速氣流。Advantages: Ji'nan FRP sculpture itself is very light quality, but the performance is very good strength. The relative density is generally between one point five and two, which is only about 1/4 to 1/5 carbon steel. But in terms of tensile strength performance will be even more impressive than carbon steel. If we use it and high alloy steel are compared then also be roughly the same. So it is widely used in space vehicles and aviation. The degree of bending and compression strength can meet the needs of many consumers.
缺點：濟南玻璃鋼雕塑會發生老化現象，這也是很多玻璃產品以及塑料產品所會出現的問題。在紫外線的作用之下以及化學介質等情況之下會讓產品的各方面性能有所下降。它本身長期的耐溫性能也是比較差的。一般情況下不能夠在高溫的環境之中進行長時間的使用。Disadvantages: Ji'nan FRP sculpture will be aging, which is also a lot of glass products and plastic products will appear. Under the action of UV and chemical media, etc., will make all aspects of the product performance has declined. Its long-term temperature resistance is relatively poor. Under normal circumstances can not be used in a high temperature environment for a long time.
