Various residential and industrial infrastructures require high-quality piping systems for the efficient delivery of fluids. To suit domestic and industrial applications, High-Density Polyethene (HDPE) pipes are built to handle high temperatures and pressure. Moreover, they are weather-resistant, which makes them an appropriate option for various commercial projects. However, the quality of these readily available pipes varies depending on the manufacturers and brands. This blog primarily focuses on providing all the information about High-Density Polyethene pipes and their suitability for the irrigation sector.
What is an HDPE Pipe?
An HDPE pipe is made of flexible thermoplastic material, which makes it suitable for sewer, irrigation, clean water, air mains, and electrical sectors. Moreover, they are increasingly used for transferring compressed gases and industrial fluids. The sturdy structure of HDPE pipes makes them the best alternative for concrete and metal pipelines.
Apart from being impermeable and highly tensile, these pipes are lightweight, rust and corrosion-resistant, and cost-effective. Unlike earlier times, most industries today use these pipes because they enhance task efficiency without causing environmental hazards.
Features of HDPE Pipe
Knowing the features of a product helps understand all the benefits and specialities they offer to customers. Here are the basic and crucial features of High-Density Polyethene (HDPE) pipes:
The high impact resistance of these pipes provides strength and resilience to endure both static and dynamic pressure created by the internal (fluid) and exterior (soil). Moreover, these pipes do not break or crack due to rough handling, heavy traffic, or freezing temperatures. The High-Density Polyethene (HDPE) pipes are also lighter in weight. This feature facilitates convenient and cost-effective transportation and installation processes.
The sturdy build of these pipes offers high durability. Under normal working conditions, these pipes can last up to 50 years. This is more than the longevity of conventional pipes like cement, PVC, C.I, metal, etc.
Smooth inner and outer walls
During the manufacturing process of High-Density Polyethene (HDPE) pipes, special attention is given to making the inner and outer surfaces smooth. Moreover, these pipes have an even thickness throughout the length. The smooth surface helps in the proper flow of fluids by reducing unnecessary friction and pressure. Additionally, they ensure the free flow of solid matters present in the fluid to prevent the chances of blockage.
Resistant to chemicals
These pipes have excellent resistance to various concentrated chemicals, which offer convenient handling of corrosive alkaline and acidic solutions. This feature makes HDPE widely suitable for chemical plants.
HDPE pipes offer excellent flexibility, which helps in convenient bending according to the need of the job without causing structural damage. In addition to operational benefits, this feature helps in better transportation by coiling the long cylindrical pipes.
Rust and corrosion resistant
The materials of HDPE do not form rust and corrosion even when the surroundings are favourable. This makes these pipes ideal for underground applications.
These pipes use non-hazardous materials during manufacturing. Therefore, they are suitable for transferring potable water.
Excellent electrical resistance
The HDPE’s dielectric strength is extremely high. Therefore, the pipes are frequently employed as electrical conduits. It is impossible for outside electrical currents to enter the system.
Low thermal conductivity
This feature means that the High-Density Polyethene pipes maintain the temperature of the fluid inside the walls by preventing surrounding influence. This happens because these pipes’ outer surface reduces the heat transfer rate.
In addition, under sub-zero temperatures, the pipe expands to accommodate more water. Thus, the elongation property of these pipes makes them suitable for application in colder places for water supply systems because it reduces the chances of water freezing inside the pipes.
Why are HDPE Pipes Ideal for Irrigation?
Here are the top reasons for HDPE’s suitability for the irrigation sector:
- Zero water loss: Joints in High-Density Polyethene pipes are leak-proof. Unlike other piping systems, HDPE pipes may be linked by heat. Thus, they form a firm bond with another section of the pipe without leaving even a minute hole. This leads to joints that are permanently leak-free, helping agricultural businesses conserve their most valuable resource.
- Negligible piping stress: These pipes offer excellent fatigue resistance, which makes them suitable for handling the occasional or repeated increase in the amount of water flow. Moreover, these pipes are flexible while being ductile. Therefore, unlike PVC plumbing pipe, HDPE is extremely suitable for irrigation.
- Longevity: Designing the irrigation system is a long-term investment. Therefore, it requires highly durable materials. Since High-Density Polyethene pipes are highly resistant to environmental damage like rust and corrosion, they offer extreme longevity. This is another reason for their suitability for the irrigation sector.
- Eco-friendly: All the materials of HDPE are non-hazardous to the environment. Therefore, they offer an environmentally sustainable option, which is crucial for irrigation.
High-Density Polyethene pipes function remarkably well, ensuring people get clean, safe water for consumption and irrigation. Compared to other pipes that have a high likelihood of having leaks, HDPE pipes are guaranteed to have no leaks. Thus, these pipes are suitable for irrigation purposes since they reduce the power needed to pump water, which further helps the farmers save on utility bills.