Description
The 45° Elbow electrofusion fitting is engineered for seamless integration with HDPE poly pipe systems, providing a robust solution for various industrial applications. This fitting utilises advanced resistive electrofusion welding technology, where embedded heating wires are energised by an electrofusion control unit to create a strong bond with the polyethylene pipe surface. Designed for compatibility with electrofusion control units, butt-weld pipework, and stub flange kits, the 45° Elbow ensures a reliable and efficient connection. Its innovative design guarantees leak-free permanent joints, enhancing the integrity of your piping system. The traceable jointing process not only ensures compliance with industry standards but also facilitates quality assurance. Ideal for trench and confined-space work, this fitting is built to perform reliably in pressurised systems, making it an essential component for any industrial project requiring durable and efficient piping solutions.
Features
- Embedded heating wire construction for consistent and reliable fusion.
- Barcode-controlled welding parameters to ensure precise joint integrity.
- Polyethylene body designed to match pipe SDR for optimal compatibility.
- Available in a broad size range to accommodate various installation requirements.
- Includes couplers, reducers, tees, and tapping tee variants for versatile applications.
- Suitable for both water and gas service, meeting industry standards.
- Traceable jointing data for enhanced accountability and quality assurance.
- Pressure ratings compliant with AS/NZS standards for safety and reliability.
Applications
- Ideal for connecting natural gas mains in urban and rural settings, ensuring reliable gas distribution.
- Utilised in water reticulation pipelines to facilitate efficient water flow and system integrity.
- Designed for mining process water applications, providing robust connections in harsh environments.
- Essential for civil infrastructure projects, enabling seamless transitions in pipeline direction.
- Effective in dewatering networks, allowing for efficient drainage and groundwater management.
- Suitable for industrial pipelines, ensuring durability and resistance to high-pressure conditions.
- Facilitates trenchless installations, minimising surface disruption and reducing installation time.
- Optimised for confined-space jointing, ensuring safety and reliability in limited access areas.
