HDPE Electrofusion Flange Kit

Product Introduction

Baishunxing Pipe Industry HDPE Electrofusion Flange Kit is a high-performance connecting solution designed for HDPE piping systems. It consists of an electrofusion flange adapter (stub end), a metal backing ring, and a sealing gasket. By utilizing built-in high-precision heating wires, the kit creates a molecular-level bond between the fitting and the pipe, ensuring a permanent, leak-proof joint even in high-pressure or complex environments.

Key Features

Premium Raw Material

Made from 100% virgin PE100 material, offering excellent resistance to environmental stress cracking and long-term hydrostatic strength.

Precision Wire Embedding

Advanced automatic wire embedding technology ensures uniform heat distribution during the fusion process, preventing cold joints or overheating.

Standard Compliance

Available in SDR11 (PN16) and SDR17 (PN10), fully compliant with ISO4427, EN12201, and ASTM standards.

Each fitting includes a standard welding barcode for automatic recognition by smart fusion machines, ensuring data traceability.

Advantages

Zero-Leak Performance

Provides a unified, monolithic connection that is stronger than the pipe itself, eliminating the risk of leakage at the joints.

Effortless Installation

Ideal for confined spaces and difficult terrains where butt fusion machines cannot fit. No pipe movement is required during fusion.

Corrosion Resistance

Chemically inert and resistant to most acids, alkalis, and salts. It requires no additional anti-corrosion coating for underground use.

Maintenance-Free Lifespan

Designed for a service life of over 50 years, significantly reducing long-term operational and repair costs.

Applications

Municipal Water Supply: Main transmission lines and treatment plant connections.

Natural Gas Pipelines: Critical connections for gas valve stations and distribution networks.

Industrial Processing: Transport of corrosive fluids in chemical, mining, and desalination plants.

Sewage & Wastewater: High-pressure sewer rising mains and pump station interfaces.