Water Supply HDPE Fused 45-Degree Elbow Electrofusion Pipe Elbow

HDPE 45-Degree Electrofusion Elbow

    It is suitable for many water pipe connection scenarios such as water supply and drainage, municipal engineering, etc., providing convenience for the installation and maintenance of the water pipe system.

Understanding the HDPE 100 45-Degree Electrofusion Elbow

What is an HDPE 100 45-Degree Electrofusion Elbow?

The HDPE 100 45-Degree Electrofusion Elbow is a specialized pipe fitting designed to change the direction of HDPE pipelines by 45 degrees. Made from high-quality HDPE 100 material, it ensures reliable connections, leak-proof performance, and long-lasting durability. It is widely used in water supply, industrial fluid transport, and irrigation systems where a sharp turn in the pipeline is required.

Role in Piping Systems

Elbows are essential in piping networks to redirect flow without compromising system integrity. The HDPE 100 45-Degree Electrofusion Elbow allows smooth directional changes, prevents fluid leakage, and maintains system efficiency. It is a critical component for designing compact, durable, and safe piping layouts.

Core Features of the HDPE 100 45-Degree Electrofusion Elbow

Premium HDPE 100 Material

Manufactured from HDPE 100, this elbow provides exceptional strength, flexibility, and resistance to impact, corrosion, and UV exposure. Suitable for indoor, outdoor, and underground applications, it ensures long-term reliability in all environmental conditions.

Reliable Electrofusion Connection

Engineered for electrofusion welding, the elbow ensures a permanent, leak-proof bond with HDPE pipes. When fused, it forms a strong, homogeneous connection that withstands high pressure and eliminates the risk of joint failure.

Pressure and Temperature Resistance

The HDPE 100 45-Degree Electrofusion Elbow is designed to withstand standard operating pressures and temperatures of most cold water and industrial fluid systems. Its structural integrity ensures safe performance under fluctuating pressures.

Impact and Mechanical Resistance

The high-density material provides excellent impact resistance, making the elbow durable during installation or in environments with mechanical vibrations. It absorbs shocks and prevents cracking or deformation.

Eco-Friendly and Non-Toxic

Made from non-toxic, recyclable HDPE 100, the elbow is safe for drinking water pipelines and environmentally friendly, preventing chemical contamination in fluid systems.

Easy Installation

Installation is straightforward using an electrofusion welding machine. Proper surface preparation and controlled heating ensure a secure and permanent connection, reducing labor time and maintenance.

Typical Applications

Water Supply Systems: Redirect water flow in municipal, commercial, or residential pipelines.

Industrial Fluid Transport: Safely transport chemicals, oils, and other industrial fluids with a secure directional change.

Irrigation Systems: Optimize piping layouts in agricultural irrigation for efficient water distribution.

Underground Pipelines: Suitable for buried water or utility pipelines due to corrosion and impact resistance.

Design Specifications

Size Compatibility

Compatible with HDPE pipes of 100mm diameter, providing a precise fit to ensure leak-proof performance.

Structural Design

Designed with a smooth inner surface and optimized curvature to minimize flow resistance while maintaining pressure tolerance.

Electrofusion Mechanism

Embedded electrofusion coils allow uniform heating and fusion with the pipe, forming a strong, permanent joint.

FAQ

Can the elbow be used in hot water systems?

No, HDPE 100 elbows are designed for cold water and industrial fluid applications with temperatures up to 40°C (104°F).

How to ensure proper installation?

Clean the pipe ends, align the elbow, and perform electrofusion according to recommended temperature and duration. Proper cooling ensures a secure joint.

Is it suitable for underground use?

Yes, the elbow is ideal for underground pipelines, resistant to soil pressure, corrosion, and mechanical stress.