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1. Good corrosion resistance. As the main material of FRP is composed of unsaturated polyester resin and fiberglass, it can effectively resist the corrosion of acid, alkali, salt and other media, and the erosion of untreated domestic sewage, corrosive soil, chemical wastewater and many chemical liquids. In general, it can maintain the safe operation of pipelines for a long time.
2、抗老化性能和耐熱性能好。玻璃鋼管可在-40℃～70℃溫度范圍內長期使用，采用特殊配方的耐高溫樹脂還可在200℃以上溫度正常工作。長期用于露天使用的管道，其外表面添加有紫外線吸收劑，來消除紫外線對管道的輻射，延緩玻璃鋼管道的老化。
2. Good ageing resistance and heat resistance. FRP pipe can be used for a long time in the temperature range of - 40 ~70 ~C, and the high temperature resistant resin with special formulation can work normally at temperatures above 200 ~C. For long-term use in open air pipelines, ultraviolet absorbent is added to the outer surface to eliminate the radiation of ultraviolet radiation to pipelines and delay the aging of FRP pipelines.
3、抗凍性能好。在零下20℃以下，管內結冰后不會發生凍裂。
3. Good frost resistance. The freezing crack will not occur when the tube freezes below 20 C.
4、重量輕、強度高、運輸方便。玻璃鋼管不但重量輕、強度高、可塑性強、運輸與安裝方便，還容易安裝各種分支管，且安裝技術簡單。
4. Light weight, high strength and convenient transportation. FRP pipe is not only light in weight, high in strength, strong in plasticity, convenient in transportation and installation, but also easy to install various branch pipes, and the installation technology is simple.
5、水力條件好。內壁光滑、輸送能力強，不結垢、不生銹、水阻小。
5. Good hydraulic conditions. Smooth inner wall, strong conveying capacity, no scaling, no rust, low water resistance.
6、可設計性好。玻璃鋼管可根據用戶的各種特定要求，諸如不同的流量，不同的壓力，不同的埋深和載荷情況，設計制造成不同壓力等級和剛度等級的管道。
6. Good designability. FRP pipes can be designed and manufactured according to users'specific requirements, such as different flow rates, different pressures, different burial depths and loads.
7、維護成本低。玻璃鋼管由于上述的耐腐，耐磨和抗凍和抗污等性能，因此工程不需要進行防銹，防污，絕緣，保溫等措施和檢修。對地埋管無需作陰極保護，可節約工程維護費用達70%以上。
7. Low maintenance cost. Due to the above corrosion resistance, abrasion resistance, frost resistance and pollution resistance of FRP pipes, there is no need to carry out rust prevention, pollution prevention, insulation, insulation and other measures and maintenance. No cathodic protection is needed for buried pipes, which can save more than 70% of the project maintenance cost.
8、耐磨性好。把含有大量泥漿，沙石的水，裝入管子中進行旋轉磨損影響對比試驗。經300萬次旋轉后，檢測管內壁的磨損深度如下:用焦油和瓷釉涂層的鋼管為0.53mm，用環氧樹脂和焦油涂層的鋼管為0.52mm，經表面硬化處理的鋼管為玻璃鋼管為0.21mm。由此玻璃鋼耐磨性能好。
8. Good wear resistance. The water containing a large amount of mud and sand was put into the pipe to carry out a comparative test on the effect of rotational wear. After 3 million rotations, the wear depth of the inner wall of the pipe is as follows: the steel pipe coated with tar and enamel is 0.53 mm, the steel pipe coated with epoxy resin and tar is 0.52 mm, and the steel pipe hardened by surface is 0.21 mm. Therefore, FRP has good wear resistance.
9、電熱絕緣性好。玻璃鋼是非導體，管道的電絕緣性特優，絕緣電阻在1012-1015Ω.cm，最適應使用于輸電，電信線路密集區和多雷區玻璃鋼的傳熱系數很小，只有0.23，是鋼的千分之五，管道的保溫性能優異。
9. Good electrical and thermal insulation. Fiberglass reinforced plastics (FRP) is a non-conductor with excellent electrical insulation. Its insulation resistance is 1012-1015_.cm. It is most suitable for power transmission. The heat transfer coefficient of FRP in dense areas of telecommunication lines and multi-minefield areas is very small, only 0.23, which is five thousandths of steel. The insulation performance of pipelines is excellent.
10、摩擦阻力小輸送能力高。玻璃鋼管內壁非常光滑，糙率和摩阻力很小。糙率系數為0.0084，而混凝土管的n值為0.014，鑄鐵管為0。013，因此，玻璃鋼管能顯著減少沿程的流體壓力損失，提高輸送能力。因此，可帶來顯著的經濟效益:在輸送能力相同時，工程可選用內徑較小的玻璃鋼管道，從而降低一次性的工程投入；采用同等內徑的管道，玻璃鋼管道可比其他材質管道減少壓頭損失，節省泵送費用。此外，玻璃鋼管道可縮短泵送時間，減少長期運行費用。
10. Small frictional resistance and high conveying capacity. The inner wall of FRP pipe is very smooth with little roughness and friction. The roughness coefficient is 0.0084, while the n value of concrete pipe is 0.014 and that of cast iron pipe is 0. 013, therefore, FRP can significantly reduce fluid pressure loss along the way and improve the transport capacity. Therefore, it can bring remarkable economic benefits: when the transportation capacity is the same, the FRP pipeline with smaller inner diameter can be used to reduce the one-time project investment; when the pipeline with the same inner diameter is used, the FRP pipeline can reduce the pressure head loss and save the pumping cost compared with other pipelines with the same inner diameter. In addition, FRP pipe can shorten pumping time and reduce long-term operating costs.