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The core advantages of this UPVC right angle elbow include its lightweight material, which is 1/7 the weight of cast iron pipe fittings of the same specification, making it easy to transport and install. The food-grade UPVC material has excellent corrosion resistance to most low-concentration acids, alkalis, and salts, making it suitable for conveying drinking water, sewage, and low-concentration chemical liquids. The smooth matt surface reduces flow resistance, improving the efficiency of medium conveying. The socket weld connection design with special UPVC adhesive ensures tight and firm sealing, preventing medium leakage. It has a low price and good cost performance, making it the first choice for civil decoration and small-scale industrial pipeline projects.

This UPVC right angle elbow provides nominal diameter options ranging from DN15 (1/2 inch) to DN150 (6 inch). The wall thickness ranges from 2mm to 8mm depending on the nominal diameter, with a precise 90-degree bending angle to ensure smooth flow of conveying media. The socket depth meets the national standard GB/T 10002.2, ensuring reliable connection with UPVC pipes. The surface is smooth and burr-free, with no harmful substances leaching out. All products undergo air tightness tests before leaving the factory to ensure reliable sealing performance. The overall weight ranges from 0.05kg for the DN15 specification to 1.2kg for the DN150 specification. Available in white and gray colors to meet different decoration needs.

This UPVC right angle elbow is mainly applicable to residential water supply and drainage pipelines, community water supply systems, municipal drainage pipelines, agricultural irrigation plastic pipeline systems, small-scale chemical plant low-concentration acid-base liquid conveying, and public building water supply and drainage systems such as schools and hospitals. It is suitable for various low-pressure pipeline projects with requirements for cost control and easy installation, providing a reliable and economical pipe connection solution.