EN
HDPE Electrofusion 90 Degree Elbow
HDPE Electrofusion 90 Degree Elbow
Raw Materials: PE100, PE100RC
Standards : EN12201, ISO 4427, AS/NZS 4129
Diameter: DN50-800mm (Larger size can be customized)
PressureRating: SDR9, SDR11, SDR17
Certificates: CE, ISO, WRAS, UL
Color: Black, colors can be customized
- Overview
- Recommended Products
Product Introduction
Baishunxing Pipe Industry The HDPE Electrofusion 90 Degree Elbow is a high-performance fitting used to change the direction of a pipeline by 90 degrees. It features an integrated electrofusion technology with embedded heating coils that, when energized, create a monolithic and leak-proof bond between the pipe and the elbow, ensuring maximum flow efficiency and structural integrity at turn points.
Technical Features
Internal Brass/Copper Conductors: Precision-engineered heating coils provide consistent and reliable heat distribution for a perfect fusion zone.
Universal Barcode System: Includes a standard barcode for automatic input of welding parameters (voltage, fusion time, and cooling time) into the electrofusion machine.
Optimized Hydraulic Profile: The smooth internal radius is designed to minimize pressure drop and prevent the buildup of sediments at the bend.
Product Advantages
High Pressure Resistance: Capable of handling high internal pressures (SDR11/SDR17), making it suitable for critical water and gas transmission.
Excellent Corrosion Resistance: Immune to rust, rot, and electrochemical corrosion, ensuring a lifespan of over 50 years even in aggressive soil conditions.
Simplified Installation: Allows for quick and easy welding in restricted spaces or trenches where traditional butt fusion equipment cannot fit.
Applications
Municipal Gas Networks: Safe directional changes in natural gas and propane distribution lines.
Potable Water Systems: Reliable 90-degree turns in urban and rural water supply networks.
Industrial Piping: Chemical transport and cooling water systems in industrial facilities.
Sewage & Drainage: Directional adjustments in high-pressure force mains and gravity drainage systems.
