5 Reasons Why Your Business Needs 18 Inch HDPE Pipe？

Aug. 04, 2025

4 Characteristics of HDPE Pipes

Before you can understand the benefits of a High-Density Polyethylene Pipe (HDPE), you need an understanding of what it is and how it differs from other piping on the market. HDPE is a thermoplastic pipe that isn’t really known compared to traditional options such as iron, PVC and concrete. Regardless, it has been used for over 50 years. The HDPE Pipe is built using materials that have been melted down and reshaped, resulting in a durable, flexible and rugged piping material.

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HDPE pipes are used for carrying potable water, wastewater, hazardous waste, chemicals and compressed gases. It has long been a favored material in the oil, gas and mining industries and continues to increase in popularity.

There are many benefits of using a high-density polyethylene pipe, in this article we present you with the top four!

1. Corrosion Resistance

Corrosion is one of the largest problems faced with metal piping and can be extremely costly to repair. Since HDPE pipes do not rust, rot or decompose, it is not as susceptible to corrosion and therefore significantly extends the pipe’s life.

2. Efficient and Effective Joints

HDPE pipes are connected through heat-fusion welding. This is essentially heating the two pipe surfaces together, when they cool they have formed a permanent, monolithic system. Bells, spigots and mechanical joints aren’t needed, thus reducing the cost of the system. In addition, one study found that states report an average of 16% water loss due to leaking joints. Since HDPE pipes are joined using heat fusion, they are permanently leak-free!

3. Trenchless Installation

Traditional systems require a large ditch to be dug out in order to properly install the pipes. While HDPE pipes can be installed in this manner, they can also be installed using trenchless installation. This involves a horizontal direction machine digging a continuous hole into the ground, which the pipe is then pulled through. This method allows for much less land disruption, making it a popular choice near rivers, lakes and busy roads.

4. Eco-Friendly

HDPE pipes have less of an environmental impact than other pipes. Some of the eco-friendly benefits include:

Less energy used to manufacture the pipes;

Lightweight and more cost effective to transport;

Heat fusion preventing any leakage;

Piping can be recycled into non-pressure pipe applications; and

Less ground disruption due to trenchless installations.

To learn more about HDPE pipes and why your business should consider switching, contact Plastech plus, one of the leading suppliers of drilling products. Contact Plastech Plus today to get started!

Types and Design of HDPE Pipes (With PDF) – What Is Piping

HDPE pipe is a flexible Plastic Pipe made of thermoplastic high-density polyethylene widely used for low-temperature fluid and gas transfer. In recent times, HDPE pipes got their extensive uses for carrying potable water, hazardous wastes, various gases, slurry, firewater, stormwater, etc. The strong molecular bond of HDPE pipe materials helps it to use for high-pressure pipelines. Polyethylene pipes have a long and distinguished service history for gas, oil, mining, water, and other industries. Due to its low weight and high corrosion resistance, the HDPE pipe industry is growing tremendously. In the year , Karl Ziegler and Erhard Holzkamp discovered high-density polyethylene (HDPE). HDPE pipes can work satisfactorily in a wide temperature range of - F to + F. However, the use of HDPE Pipes is not suggested when the fluid temperature exceeds F (500 C).

HDPE pipes are made by the polymerization of ethylene, a by-product of oil. Various additives (stabilizers, fillers, plasticizers, softeners, lubricants, colorants, flame retardants, blowing agents, crosslinking agents, ultraviolet degradable additives, etc.) are added to produce the final HDPE pipe and components. HDPE pipe lengths are made by heating the HDPE resin. It is then extruded through a die, which determines the diameter of the pipeline. The Pipe wall thickness is determined by a combination of the die size, the speed of the screw, and the speed of the haul-off tractor. Usually, 3-5% carbon black is added to HDPE to make it UV resistant, which turns HDPE pipes black in color. Other color variants are available but usually not used frequently. Colored or striped HDPE pipe is usually 90-95% black material, where a colored stripe is provided on 5% of the outside surface.

Properties of HDPE Pipes

The physical and mechanical properties of a typical HDPE Pipe are listed below:

Governing Codes: ISO , ISO , AS/ NZS , BS EN , EN , AWWA C901, AWWA C906, etc

Available size range: DN 16 to (However, other customized sizes can be manufactured)

The density of HDPE Pipe: 930-970 kg/m3

Typical Mechanical Properties of HDPE Pipe are given in Table 1 below. However, these values vary from one manufacturer to another. So, must be consulted with the manufacturer.

Mechanical PropertiesHDPE PropertiesYield Strength18-26 MpaElongation10%Elastic Modulus900 MpaHardness61 Rockwell (Shore)Poisson’s Ratio0.45Linear Coefficient of thermal expansion0.17 mm/m-0CBrittleness temperatureTable 1: Mechanical Properties of HDPE Pipe

Types of HDPE Pipes

Depending on maximum pressure withstanding capability, HDPE Pipes are classified into several pressure grades known as PN grades. They are

PN 2.5 – max pressure 2.5 bar

PN 4 – max pressure 4 bar

PN 6 – max pressure 6 bar

PN 10 – max pressure 10 bar

PN 16 – max pressure 16 bar

PN 20 – max pressure 20 bar

PN 25 – max pressure 25 bar

Again, based on the types of materials used HDPE pipes are grouped into the following types:

PE 63 – medium pressure piping systems

PE 80 – gas pipe for natural gas distribution network with pressure rate up to 4 bars or drinking water pipe with pressure rate up to 16 bar – sewers, outfall pipes, industrial pipes

PE 100 – high demands piping applications

The numbers following PE indicate the minimum required strength in Bar at 200 C for 50 years life span corresponding to ISO-. The rated working pressure of HDPE pipes is determined at 200 C. For higher temperatures, a derating factor (Table 2 Below) is used to determine the maximum pressure to which the HDPE Pipe can be subjected.

Fluid Temperature (0C)Temperature Derating factor0-201>20-250.9>25-300.8>30-350.7>35-400.6>40-450.5>45-500.4Table 2: Temperature Derating Factor for HDPE Pipes

Length of HDPE Pipes

As HDPE Pipe manufacturing is a continuous process, pipes of any length can be manufactured. However, due to transportation requirements and ease of handling at the site, the HDPE pipe length is limited and normally produced in standard lengths of 6, 10, 12, 15, 24, and 30 meters. HDPE Pipe lengths of 50 and 100 meters can be produced on request.

Joining HDPE Pipes

HDPE Pipes and fittings are joined to each other by Welding or by mechanical fittings. There are two types of welding methods used to join HDPE pipes. They are

Fittings for HDPE Pipes

A complete range of HDPE Pipe fittings is available for any purpose. Typical HDPE pipe fittings include:

Bends

Elbows

Reducers

Branches

End caps

Electrofusion couplers

Mechanical connection fittings

Traps

Sanitary fittings

Spare parts

Fig. 2: Typical HDPE Pipe Fittings

Design Criteria for Aboveground HDPE Pipe

Factors that can influence the behavior and thus, the design of above-ground HDPE Piping Systems are

Temperature: For pressure systems, the use of HDPE pipes is usually limited to -400C to 500 C. For non-pressure services, higher temperatures can be used. Consult with the manufacturer for getting information about their product. Note that, the coefficient of linear thermal expansion for HDPE pipes is approximately 10 times higher than that of metal pipes. So, the potential of thermal expansion due to temperature fluctuations is very high and must be considered in the design. A typical Thumb rule is HDPE pipes will expand or contract by 0.2mm Per Meter per °C increase or decrease in temperature.

Internal Pressure

Chemical exposure

Potential mechanical impact or loading: Extra protection must be given if the HDPE pipe is installed in a region of high traffic or mechanical abuse.

Ultraviolet radiation: To safeguard against ultraviolet radiation effects, black HDPE pipes containing a minimum of 2% carbon black are selected.

Pressure Consideration for HDPE Pipes

A number of variables determine the hydrostatic pressure capacity of HDPE pipes. Those are

Standard Dimension Ratio or SDR is defined as the ratio between the outside HDPE Pipe diameter and the wall thickness.

The hydrostatic design stress of the HDPE material being used (PE63, PE 80, PE100) for HDPE Pipe Manufacturing.

The maximum and minimum operating temperatures.

The duration and variability of the stress applied by the internal hydrostatic pressure during hydrostatic testing.

The chemical resistance of the HDPE pipe for the service chemical (the standard pressure rating is based on a pipe carrying water).

Usually, HDPE pipe can withstand short-term hydrostatic water pressures that are considerably higher than the pressure rating, or class. But the duty of the HDPE pipe should always be determined following the pipe’s long-term strength at 20°C to ensure a design life of at least 50 years.

Barlow’s Formula is also applicable for HDPE piping that is related to the internal pressure, pipe outer diameter, wall thickness, and circumferential hoop stress and is given by

p = 2 x t x σ /d or alternatively t = p x d/(2.σ + p)

Here:

p = internal pressure (MPa)

t = minimum wall thickness (mm)

d = mean outside diameter (mm)

σ = circumferential hoop stress (MPa)

The design hoop stresses for HDPE pipe materials are considered as follows as given in ISO :

PE 63: 5 MPa

PE 80: 6.3 MPa

PE100: 8 MPa

Advantages of HDPE Pipes

HDPE pipes provide various advantages with respect to other piping materials like

Cost-effective. Hence, easily affordable

High flow rate due to the smooth inner surface

Wide temperature range

Non-leaching

Easy transportation due to low-weight

UV-resistant

Amazing Durability (More than 50 years)

Resistant to most chemical solvents

Stiff material

Environment friendly

Lower maintenance cost

High Quality

Reduced installation cost

Due to its flexible shape, simple to use on slopes.

Simple joining methods.

Not affected by underground movements (Seismic Resistant)

Bad conductor of electricity.

low-friction

Ability to dampen water-shock

Sun-resistant

Non-stick surface.

Leak-free due to its seamless nature.

Prefabricated HDPE pipe sections can be easily installed

Disadvantages of HDPE Pipes

The main disadvantage of HDPE pipes are

Poor weathering resistance

Highly Flammable

Sensitive to stress cracking

Difficult to bond

Poor High-Temperature capability

High thermal expansion

HDPE Pipe Frequently Asked Questions

What is the full meaning of HDPE pipe?

The full form of HDPE is High-Density Polyethylene. This hydrocarbon polymer is produced from petroleum by a catalytic process. Famous for its tensile strength in a similar product category, High-Density Poly Ethylene is a kind of thermoplastic.

Is HDPE the same as PVC?

Both HDPE and PVC are considered plastics. However, they are not the same. HDPE is a thermoplastic made from petroleum and PVC is a durable vinyl polymer. While comparing HDPE and PVC, HDPE due to its flexibility, high strength-to-density ratio, no corrosion, and chemical stability is a strong choice for low-pressure and low-temperature applications.

What is HDPE piping used for?

HDPE or High-density polyethylene pipe is widely used to carry potable water, slurries, wastewater, chemicals, hazardous wastes, and compressed gases. They have been used in various industries like gas, oil, mining, water, and other industries.

How long will HDPE pipe last?

Properly designed HDPE piping systems provide a long-lasting performance as compared to other piping systems. As per the estimates of the Plastic Pipe Institute, they are supposed to last 50 to 100 years.

Is HDPE pipe safe for drinking water?

Yes, HDPE is totally safe for carrying drinking water. This is one of the main reasons that in the water industry and desalination plants, high-density polyethylene pipes are widely used. The application of HDPE pipes for potable water applications is certified by NSF. Various disinfectants like chlorine and chloramine are approved for use in HDPE pipes.

Which Is stronger PVC or HDPE?

PVC is stronger and stiffer as compared to HDPE.

HDPE pipe specification

Features of HDPE Pipe

Piping made from polyethylene is a cost effective solution for a broad range of piping problems in municipal, industrial, marine, mining, landfill, duct and agricultural applications. It has been tested and proven effective for above ground, surface, buried, sliplined, floating, and sub-sur face marine applications.

High-density polyethylene pipe (HDPE) can carry potable water, wastewater, slurries, chemicals, hazardeous wastes, and compressed gases. In fact, polyethylene pipe has a long and distinguished history of service to the gas, oil, mining and other industries. It has the lowest repair frequency per mile of pipe per year compared with all other pressure pipe materials used for urban gas distribution. Polyethylene is strong, extremely tough and very durable. Whether you’re looking for long service, trouble-free installation, flexibility, resistance to chemicals or a myriad of other features, high-density polyethylene pipe will meet all your requirements.

Consider the following features of HDPE pipe :

• LEAK FREE

Polyethylene pipe is normally joined by heat fusion. Butt, socket, sidewall fusion and electrofusion create a joint that is as strong as the pipe itself, and is virtually leak free. This unique joining method produces significant cost reductions compared to other materials.

For more information, please visit 18 Inch HDPE Pipe.

Related links:
PVC | Definition, Synthesis, & Uses - Britannica

• CORROSION, ABRASION, AND CHEMICAL RESISTANT

Polyethylene piping’s performance in mining, dredging and similar applications proves it will outwear many more costly piping materials when conveying a variety of abrasive slurries. HDPE has excellent corrosion resistance and is virtually inert. It does not need expensive maintenance or cathodic protection. It offers better overall resistance to corrosive acids, bases and salts than most piping materials. In addition, polyethylene is unaffected by bacteria, fungi and the most “aggressive” naturally occurring soils. It has good resistance to many organic substances, such as solvents and fuels.

• EXCELLENT FLOW CHARACTERISTICS

Because polyethylene is smoother than steel, cast iron, ductile iron, or concrete, a smaller HDPE Pipe can carry an equivalent volumetric flow rate at the same pressure. It has less drag and a lower tendency for turbulence at high flow. Its superior chemical resistance and “non-stick” surface combine to almost eliminate scaling and pitting and preserve the excellent hydraulic characteristics throughout the pipe service life.

• LIGHTWEIGHT AND FLEXIBLE

Polyethylene pipe is produced in straight lengths or in coils. Made from materials about one-eighth the density of steel, it is lightweight and does not require the use of heavy lifting equipment for installation. It reduces the need for fittings, is excellent in shifting soils and performs well in earthquake-prone areas. HDPE resists. the effects of freezing and allows bending without the need for an excessive number of fittings. Since HDPE is not a brittle material, it can be installed with bends over uneven terrain easily in continuous lengths without additional welds or couplings.

• DUCTILITY AND TOUGHNESS

Polyethylene pipe and fittings are inherently tough, resilient and resistant to damage caused by external loads, vibrations, and from pressure surges such as water hammer. Even in cold weather polyethylene pipe is tolerant to handling and bending.

• MANUFACTURED UNDER AWWA, NSF, ASTM, AGA, EPA, DNR, DOT, API, FM, CSA AND OTHER NATIONALLY RECOGNIZED STANDARDS.

Polyethylene pipe is listed and approved by the standards or committees of the agencies listed above.

• AVAILABLE IN DIAMETERS FROM

½ INCH TO 63 INCH. Polyethylene pipe is available in a wide range of diameters and wall thickness, with flanges, elbows, tees, wyes, and valves, providing a total system solution. HDPE pipe is also available in Iron Pipe Size (IPS), Ductile Pipe Size (DIPS) as well as metric sizes. Plastic Pipe Institute members can provide pipe, fittings and other appurtenances.

• APWA COLOR CODING BYAPPLICATION

Polyethylene pipe is available with color coding by application as developed by the utility location and coordination council of the American Public Works Association (APWA).

HDPE Piping Benefits Water and Sewer Markets

HDPE piping is a flexible and versatile product well suited for the municipal market. According to PE Alliance, HDPE has only a 3% to 5% market share in the municipal water supply and sewer markets, but utilization of HDPE in the sector is growing rapidly.

A recent Trenchless Technology article forecasts that over $234 billion of CAPEX will be spent over the next decade to address aging municipal water and wastewater pipe network infrastructure. According to the article, municipalities considering piping upgrades seek lower cost and longer-lasting piping alternatives compared to previously installed ductile iron, steel and copper piping. Newer piping alternatives for water and sewer markets include pre-stressed concrete, PVC, HDPE and PE piping.

Pipe rehabilitation is singled out as the fastest growing spend category, increasing annually from $253 million in to $576 million by . In addition to cost and longevity, decision-making factors for new municipality water and sewer projects and rehabilitation include location, project sizing requirements, geology, and proximity to existing water and sewer infrastructure.

HDPE outperforms other piping alternatives

HDPE Pipe for water supply and sewer applications is expected to have a service life of between 50 and 100 years. Fully recyclable and lighter in weight, HDPE is much stronger than conventional pipe. HDPE heat-fused joints are as strong as metal pipe, or stronger, and do not leak.

HDPE pipe offers unmatched corrosion and chemical resistance as it will not corrode (rust), tuberculate or support biological growth. HDPE pipe is substantially more flexible compared to conventional stick pipe alternatives and is available in long reel lengths reducing the number of joints and associated installation time, all the while saving money. Since HDPE may be supplied in long coils and is lighter in weight compared to conventional piping, transportation and shipping costs are typically lower.

Once installed, HPDE outperforms piping alternatives in locations where soil shifting (compaction/expansion) is known to create openings in joints because HDPE is flexible and requires fewer installation joints.

Pipe bursting is a common installation method

Pipe bursting is a trenchless method to replace buried sewer, water and natural gas piping without the need for a traditional construction trench and associated equipment. In this process, HDPE pipe is pulled through the existing vitrified clay pipe, cast iron, concrete, asbestos or plastic pipe, essentially ‘bursting’ the older pipe with new High Density Polyethylene. This less invasive method leaves the remnants of the old pipe in place; no digging, haul-off or disposal is needed. This technique is less intrusive than excavating and reduces road closures and traffic disruption related to construction zones.

Pipe bursting can also be used to expand pipeline capacity by replacing smaller diameter pipes with larger ones. Gas, water and sewer providers have done extensive work demonstrating the feasibility of upsizing gas mains, water lines and sewers. Upsizing from 100- to 225-mm diameter is now well established, and pipes of up to 36-in. diameter and greater have been replaced. According to the Plastics Pipe Institute, bursting of even larger diameter pipe and overall bursting distance is increasing.

Crystal Line from United Poly Systems

United Poly Systems recently launched the new Crystal Line™ family of HDPE pipe. Available in Copper Tube Sizes (CTS) from ¾ inch to 2 inch and Iron Pipe Size (IPS) from ¾ inch to 6 Inch, Crystal Line is ideal for potable water, reclaimed water and sewer applications.

Crystal Line pipe is manufactured at locations in Springfield, MO and Albuquerque, NM. Equipment modifications and upgrades were recently completed at each location including new extruders to produce high-quality HDPE pipe at the tighter tolerances and smaller sizes necessary for CTS dimensions.

Along with solid black, Crystal Line is available in three application-specific colored variations:

Potable water – solid blue

Sewer water – solid green

Reclaimed water – solid lavender

The print line can be customized for additional information such as project name, distributor, end customer, or municipality.

Each Crystal Line variant is manufactured to meet or exceed American Water Works Association (AWWA) C901 standard for water pressure lines ¾ inch through 3 inch, and C906 standard for water pressure lines 4 inch and larger. Crystal Line also meets or exceeds American Society for Testing and Materials (ASTM) F714 standard for outside diameter in water, sewer and industrial applications and ASTM D standard for polyethylene (PE) plastic tubing for water.

Using HDPE as the base material, pipe from the Crystal Line family meets or exceeds ASTM D standard for cell classification of materials and conforms to pressure standards as specified by ASTM D.

About United Poly Systems

United Poly Systems produces quality HDPE pipe in diameters from ¾-in. to 26-in. IPS, 4-in. to 24-in. DIPS and ¾-in. to 2-in. CTS for use in many industries including telecommunications, power utility, water, electrical and oil and gas. The market for HDPE pipe continues to expand as initiatives to improve, repair and expand the country’s infrastructure are implemented.

Our off-the-shelf HDPE conduit/pipe is available in a variety of sizes, colors, dimensions and lengths, with or without stripes. We also offer fully customizable HDPE conduit options. In addition, piping can be customized with a ribbed interior (to maximize the distance cable may be pulled or jetted), pull tape, or a lubricated interior (for easier installation).

Success at UPS can be attributed to our vast experience, extensive client relationships, state-of-the-art manufacturing and quality processes. Our agile business model that allows UPS to quickly meet customers’ needs without the overhead expenses that are incurred by many of the larger producers in the industry.

Conveniently located in Springfield, Missouri and Albuquerque, New Mexico, United Poly Systems can provide quick delivery to a majority of the U.S. market.

The Benefits of Using Industrial HDPE Pipe

HDPE pipe serve many industrial applications, and that’s not just for one reason. The titular material has multiple characteristics that make it ideal for industrial jobs. When precision and performance are essential, knowing all the best work materials available is invaluable. Keep reading to learn the benefits of using industrial HDPE pipe so that you’ll be ready to use these high-quality materials when necessary.

Damage Resistance

One of the reasons industrial HDPE pipe are useful in many applications is that their material is impressively resistant to damage. For example, HDPE pipe are chemical, corrosion, abrasion, and impact resistant. They even deter microbial growth. Consequently, they can move various hazardous materials successfully.

This material can even handle a wide range of pressure and temperature levels without accruing damage. At Coastal Resource Group, we provide high-density polyethylene pipe that’ll successfully transport fluid ranging from -40 to 140 degrees Fahrenheit. We have all types of HDPE pipe, from single-wall corrugated drainage applications to pressure applications up to 48" IPS in RD’s from RD7-RD41. These pipe materials utilize the highest-quality resins rated PE- and/or PE-100. Not only is our HDPE pipe endorsed by the Plastic Pipes Institute (PPI,) but it’s also included in the Technical Report 4 (TR4.) Although it can handle lots of hazardous circumstances, HDPE piping isn’t as complex to handle as you may think.

Lightweight Materials

HDPE piping’s strength doesn’t mean it’s very heavy. Another benefit of using industrial HDPE pipe is that they’re surprisingly flexible and lightweight when used on the worksite. These characteristics make industrial HDPE easy to install without heavy lifting equipment. Their flexible design also opens the door to many applications thanks to their convenience. These applications include oil transportation systems, side drains, storm sewers, and more.

Material Flow

The pipe that deliver any material can impact how that material flows through the system. One of the benefits of HDPE pipe for industrial applications is that their interiors have designs that optimize flow speeds. For example, our aforementioned HDPE pipe from Coastal Resource Group maintain constant high-velocity fluid flows within a wide range of temperatures.

As you can see, our pipe are flexible in more ways than one. If your next job requires one or more of the details above, then consider the ways you can use HDPE pipe to pull the work off successfully.

What Are Advantages & Disadvantages Of HDPE Pipe Liner?

In HDPE Liner widely uses petroleum thermoplastic. If you look at this plastic under a microscope, you’ll see that it has a straight line with some branches that give it its energy/density ratio. The strong bond of HDPE piping material helps it to use for high-pressure piping. Polyethene pipes have a long and unique history in gas, oil, mining, water, and other industries. HDPE and Epoxy Pipelining both are very durable.

Due to its low weight and high corrosion resistance, the HDPE pipe industry is growing rapidly. HDPE pipe liner can perform optimally over a wide temperature range from f to + f. This pipe is not good for use when the liquid temperature exceeds f (500 c).

HDPE Installation

In most cases, installing HDPE-lined pipes are cheaper and easier than installing other components. HDPE weighs much less than concrete, steel, and Steel Pipe, so travel costs are low and no heavy lifting equipment requires. HDPE Slip lining is usually delivered in long coils, spools, or straight tubes. Providing HDPE on spools or coils can also reduce travel costs as few deliveries require.

HDPE installation requires fewer members and installation than other pipe lining solutions, saving time and money during the installation process. Because High-Density Polythene is highly flexible, it can be bent without the need for additional joints or connectors. This flexibility allows HDPE to be installed outside of channels and in an irregular location. The joints are usually heated with heat, are as strong as the first pipe, and do not leak.

HDPE pipe fitting is also durable, with an expected lifespan of 50 to 100 years, and is fully recycled. HDPE liner can be installed using standard methods such as pipe blasting, directional drilling, trench sealing, and micro-trenching.

Pipe blasting is a sewer system used to replace sewage, water, and natural gas, eliminating the need for traditional canal construction and associated equipment. This approach has become a viable solution for the transformation and rehabilitation of obsolete infrastructure.

HDPE Pipe Joint

HDPE pipes and fittings are connected by welding or by mechanical installation. There are two types of welding methods used to join HDPE pipes.

Electrofusion welding: Electrofusion is a simple and fast way to permanently join individual pipes and install HDPE Or pre-built components in tight areas. This method is suitable for local members.

Butt welding: Hip welding similarly combines pipe fitting and HDPE into prefabricated parts using heat and pressure without the use of additional connectors.

HDPE Pipe Length

The production of HDPE pipes is a continuous process; pipes of any length can be manufactured. However, due to the ease of movement and grip on-site, the length of HDPE pipe is limited and is generally produced in average lengths of 6, 10, 12, 15, 24, and 30 meters. On request, a 50 and 100-metre-long HDPE pipe can be produced.

Fittings For HDPE Pipes

A complete list of HDPE pipelining inserts for any purpose is available. Standard HDPE pipe installation includes the following:

Bent

Elbows

Reductions

Branch Offices

End Caps

Electro Fusion Couplers

Machine Connectors

Traps

Hygiene Installation

Replacement Parts

Advantages of HDPE pipes

HDPE pipe offers several benefits over other drilling rigs such as

Reduction Of Installation Costs

Due To Its Flexible Shape, It Is Easy To Use On Slopes.

Simple Joining Methods.

Seismic Resistant

Wrong Electrical Conductor.

Low Conflict

Ability To Relieve Water Shock

Sun Resistance

Non-Stick Surface.

Does Not Leak Due To Its Seamless Nature.

Economic. So Easily Affordable

High Flow Rate Due To Smooth Interior

Wide Temperature Range

Do Not Wash

Resistance To Ultraviolet Rays

Amazing Strength (Over 50 Years)

Resistant To Many Solvents

Solid Material

Compatible With Nature

Low Maintenance Costs

High Quality

Disadvantages of HDPE pipe

HDPE pipe evil as follows:

High-Temperature Rise

Resistance To Adverse Weather Conditions

Depending On the Pressure Fracture

It Is Difficult To Join

Fire

Low Temperatures

Low Power/Durability

Common Use Of HDPE

Plastic bottles: Most people are illegally imported in plastic containers that last longer than water bottles. HDPE is ideal for moulding applications, especially in food and beverage containers because it does not fit between bottles. Moreover, HDPE is recyclable, making it a good choice for these highly disposed of products.

Toys: HDPE is resistant, which helps keep toys resistant to harmful effects and changes color from lightning.

Chemical containers: With its chemical-resistant properties, HDPE is suitable for laundry, shampoo, heaters, household cleaning products, car oil, antifreeze, and recycling containers. Moreover, the strength of these bottles increases when they are colorful.

Piping Systems: HDPE pipe sheet has a higher molecular weight compared to the standard HDPEused in the examples above. Moreover, this reinforcement with its UV resistance makes it suitable for outdoor applications and plumbing. Furthermore, the pipe spacer sheet is heat resistant from -220 to 180 degrees Fahrenheit. It lasts a long time under many chemical interactions, making it useful in many industrial applications.

FAQs

Is HDPE the Same as PVC?

Both HDPE and PVC are of plastic material. However, they are not the same. In addition, HDPE is thermoplastic manufactured from petroleum, and PVC is a tough vinyl polymer. However, compared to HDPE and PVC, HDPE, due to its flexibility, high strength at high density, lack of rust, and chemical stability is a strong choice for low-pressure, low-temperature applications.

Is HDPE Pipe Safe in Drinking Water?

Yes, HDPE Liner is completely safe if you drink drinking water. Additionally, this is one of the main reasons why high-quality Polyethylene Pipes are widely used in the water industry and desalination plants. Moreover, the use of HDPE drinking water pipes approves by the ns’. Various antibiotics such as chlorine and chloramine are approved for use in HDPE pipes.

What are the Uses of HDPE Pipe?

HDPE or high-density polyethylene pipe is widely used to transport drinking water, sludge, sewage, chemicals, hazardous waste, and compressed gases. They use in various industries such as gas, oil, mining, water, and other industries.

Is HDPE Compatible with Nature?

Perhaps, it can consider eco-friendly as it prepares from HDPE liner to recycle plastic from type 2 post-consumer products. Moreover, it considers being the most eco-friendly plastic that does not produce harmful fumes in the environment.

Is HDPE Waterproof?

Yes, HDPE is ideal for building a waterproof foundation. In addition to aiding in water infiltration, it can also help protect the foundation from root infiltration.

Conclusion

HDPE Liner is a type of flexible plastic pipe used to transfer liquids and gas and is often used to replace old concrete pipes or large steel pipes. Made of HDPE (high-density polyethylene) thermoplastic, its high-density resistance and strong molecular bond make it suitable for high-pressure pipes.

HDPE plumbing systems are available in many applications, providing standard plumbing, fire extinguishers, sewer and gas pipelines, as well as horizontal drilling of electrical and telecommunication pipelines. Well, the above is a brief introduction to the advantages and disadvantages of HDPE pipes. I believe that after reading this article, you have a better understanding of HDPE pipes.

If you are looking for more details, kindly visit Uhmwpe Plastics Plates.

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