Hdpe Water Pipe - Hualin Pipe Technology

Hdpe Su Borusu

-SResistant to acid, alkali, salt and organic solvent corrosion

-Applicable temperature -60℃~100℃, no cracking in severe cold environment

-Strong impact and pressure resistance (high ring stiffness), wear resistance is 4 times that of steel pipes

Hdpe Water Pipe Manufacturer in China

‌HDPE water pipes are pipes made of high-density polyethylene material. The material has higher strength and density than low-density polyethylene due to its molecular structure, which has higher linearity and fewer branches. HDPE is a thermoplastic that can be softened and formed by heating and fixed in shape after cooling, which makes it very suitable for manufacturing various types of pipes.

Hdpe Su Borusu

Hdpe Boru

HDPE water pipe

hdpe drain pipe

PE water pipe

Polyethylene water pipe

Siphon Drainage Pipe

Key Features of HUALIN Hdpe Water Pipe

Hdpe water pipes have excellent physical properties and chemical stability. They are not only strong and pressure-resistant, but also have good flexibility and impact resistance, and can be used safely in complex terrain and harsh environments. The inner wall of HDPE water pipes is smooth, with low water flow resistance and high transmission efficiency. At the same time, they have excellent corrosion resistance and can effectively resist the erosion of acids, alkalis and various chemicals in the soil. The service life can reach more than 50 years. High-density polyethylene water pipes are light in weight and easy to install. They can be connected by hot melt or electric melt to ensure reliable sealing of the joints and reduce the risk of leakage.

Powerful Performance: Diverse Applications of HUALIN Hdpe Water Pipe

HDPE water pipes are widely used in all walks of life. In urban water supply systems, it is used in trunk pipe networks and water distribution branches to ensure safe and efficient water delivery; in drainage and sewage treatment projects, HDPE pipes are corrosion-resistant and have good sealing properties, and can effectively cope with the impact of sewage and complex environments. In addition, it is also widely used in agricultural irrigation systems, especially drip irrigation and sprinkler irrigation projects, with significant water-saving effects;

HDPE Water Pipe Connection Technology

The common connection methods of HDPE water pipe connection technology include hot-melt butt, electric-melt connection and mechanical connection. Among them, hot-melt butt is to heat the end face of the pipe to melt it, and then fuse and cool it under pressure to form an integrated joint, which has the advantages of good sealing and high strength; electric-melt connection is to use electric-melt pipe fittings with embedded resistance wire to heat and fuse two sections of pipes, which is easy to operate and suitable for connecting pipes of different diameters. In addition, mechanical connection methods such as flanges and steel-plastic transition can also be used to facilitate connection with valves or other material pipeline systems.

Main structural types and applications of HDPE water pipes

type	Structural features	‌Typical application scenarios	Performance Advantages
Wire Mesh Skeleton Composite Pipe	HDPE+steel wire reinforcement, two-color composite layer	High pressure water supply (≤1.6MPa)	Ring stiffness SN8-SN16, anti-foundation settlement‌
Double wall corrugated pipe	The outer wall is corrugated to resist pressure, and the inner wall is smooth	Municipal drainage/rainwater collection (DN3000)	Pressure-resistant and impact-resistant, easy to construct
Steel belt reinforced spiral pipe	HDPE+corrugated steel belt “V” reinforcement	Deep buried sewage discharge (covering soil> 8 meters)	Ring stiffness reaches SN20, deformation rate <3%‌
Seamless outer insulation pipe	HDPE outer layer + thermal insulation interlayer	Heating network (medium ≤ 120℃)	Resistant to environmental stress cracking and strong sealing

SSS

How to install HDPE water pipe?

Kısaca HDPE drenaj borusunun montaj yöntemi aşağıdaki gibidir:

1.Pipe acceptance

2.Trench excavation

3.Tool Preparation

4.Butt Fusion

5.Pipeline laying and fixing

6.Acceptance and backfilling