Hdpe Pipes in desired diameters between 20 mm – 1200 mm and in Pn4-Pn32 pressure classes are indispensable for your projects with their high performance and quality.
Polyethylene Used in Hdpe Pipe Production; It is the most used plastic raw material today. It is known that it appeared for the first time in history in 1898. Crude oil is used in the production of polyethylene raw material. Therefore, the production and availability of polyethylene raw material is directly proportional to crude oil.
High Density Polyethylene Hdpe pipe and poly pipe fittings have many advantages, their high quality, durability of pipes and fittings, light weight, ease of loading and transportation, fast and easy assembly have made them the best choice for your projects.

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Polyethylene Pipe are sorted by strength classified according to the intensity of the earlier technological developments. Polyethylene Pipe pressure classes that can be made between Pn4-Pn32 and the production of the desired diameter and size of HDPE pipes system has undergone many tests in 1950, particularly in the carriage of drinking water. 

After the result of these tests of Polyethylene Pipe, if all reports are positive then it has no harmful effect on human life. One of today’s most widely used pipe is Polyethylene Pipe systems which is  economical, easy in handling, efficient  performance, easy method of coupling. Is quite useful and is produced by KUZEYBORU.

Advantages of Hdpe Pipes

Usage Areas of Hdpe Pipes

Hdpe pipes are used safely in drinking water lines and drinking water treatment systems, pressurized irrigation infrastructure lines, waste water pipelines, treatment and cooling pipelines, agricultural irrigation lines. It is also used as a chemical substance transfer, telecommunication cable sheathed pipe. 

Please contact us to access this Hdpe Pipe product list and our Hdpe Pipe catalog, which has a wide range of uses with our special solutions.


Hdpe Pipe Joining Methods

Kuzeyboru Poly pipe fittings are connected to each other with mechanical components. Or this process is carried out by melting. Flanges, compression fittings or transition adapters are used in pipes produced with a material other than polyethylene. Two different welding methods have been widely used in recent years. Hdpe Pipe joining methods

– Electrofusion (EF) Welding
– Butt Welding Method

Polyethylene pipe welding is used successfully in many projects today. How to weld in polyethylene pipe joining methods varies according to the project. While it is preferred in projects involving high pressure, different alternatives can be used depending on the welding method used and the raw material used.
Among the joining methods, butt-welded joining, electrofusion joining and other different methods are preferred in polyethylene pipe joining.
You can contact us immediately to assist you in high density polyethylene hdpe pipe joining processes within the scope of your projects.

Polyethylene Pipe, Pe 32 class is developed in 1950 with improving technology  and low density. 3rd Generation PE 100 Polyethylene raw materials  are used in drinking water pipelines, desalination plants, biological treatment plants, swimming pool piping, sea discharge lines, gravity flow water lines, gas stations , irrigation lines, compressed air lines, cooling-heating lines, pre-insulated sheathing for pipes. 

Because Low Density Polyethylene Pipe is economical and has high performance in many areas, such as sewer lines has been a solution. (C2H4) has the general formula of crude oil of 97% polyethylene and is a thermoplastic polymer as shown. The production of raw materials, entirely depends on the availability and price of crude oil. Polyethylene density  is divided into three main groups according to their crystalline structure percent.
• Low density polyethylene raw material (LDPE)
• Medium density polyethylene raw materials (MDPE)
• High density polyethylene raw materials (HDPE)

Hdpe Pipe
Price List

Kuzeyboru HDPE pipe offers you the most suitable product with its suitable diameters, low cost, ease of transportation, and teamwork from the beginning to the end of production. Click to take advantage of Kuzeyboru HDPE pipes and to access the Hdpe Pipe Price List.

Hdpe Pipe Here

  • 1. How is Hdpe Pipe most commonly joined ?

    Electrofusion welding method is a type of welding made by heating and melting the material by resisting electricity. Electrofusion parts inside the fusion welding allow the pipes to be connected. The most important thing to know in this welding method is that the pipes are dry. Boiling does not occur in the wet pipe. If there is any remaining water in the pipe, it should also be cleaned.

    During the welding process, care should be taken to ensure that the couplings fit each other perfectly. It must not be warped or damaged.Several machines and equipment are used in electrofusion welding.

    Electrofusion Welding Unit: It is produced with computer control. The machine is controlled by microprocessors.
    Pipe Scrapers: They are equipment of different types and sizes used to scrape layers such as oxide layer, oil, dirt and moisture that may form on the pipe surfaces over time and adversely affect the weldability.
    Pipe Cutting Apparatus: They are tools for cutting the ends of long or not properly cut pipes per the welding process.
    Clamp Set: It is used to eliminate the ovality of the pipes and to prevent the stresses that may occur during welding.

    Kuzeyboru, who is with you from the beginning to the end of the project, is with you in the Electrofusion welding process. You can get resource support by calling our hotline +90 382 266 23 03 right away.

  • 2. How do you butt welding?

    Hdpe pipe butt welding is a connection method that occurs as a result of joining pipes and fittings of the same diameter and wall thickness on the buttock. The mouth parts of the pieces are shaved and heated depending on the melting temperature. It is then glued to the forehead. In this butt welding method, temperature and time are issues to be considered. The butt is pressed on the weld with a certain pressure, waited at zero pressure and joined.

    Butt welding pressure, temperature and time must be carefully adjusted for the successful execution of the butt welding method. The connection made has at least the strength of the original pipe.

    Butt Welding Procedure: Bonding – Unpressurized heating – Heater removal – Joining – Cooling

  • 3. What is the lifespan of Hdpe Pipes?

    The life of Hdpe Pipe is 100 years. PIPA (Plastic Industry Pipe Association) and Plastic Pipe Institute (PPI) researched the service life of Hdpe Pipes and presented reports on it. In PIPA’s research on this subject; “The known 50-year lifetime of plastic piping systems is an incorrect assumption. It is reasonable to expect these piping systems to last 100 years or more.” stated. Infrastructure piping systems that are manufactured and assembled correctly are expected to take more than 100 years.

  • 4. What is the chemical, impact and water resistance of Hdpe Pipes?

    Kuzeyboru Hdpe Pipes is the pipe type with the highest impact resistance among infrastructure systems. HDPE Pipe, which maintains this feature even at low temperatures, is one of the reasons for preference.
    Kuzeyboru Hdpe Pipes show high resistance to chemicals. You can use it safely in your projects with its resistance to chemical products and solvents.
    Water and humidity do not affect Hdpe Pipes. Hdpe Pipes, which is the most preferred infrastructure system in underwater projects, are used in fresh and salt water applications.

  • 5. How to carry and storage Hdpe Pipes?

    The transportation and storage operations of Kuzeyboru Hdpe pipes, which will save time for your projects with ease of transportation, should be carried out carefully and carefully.
    Hdpe Pipes should be kept away from dust, oil and dirty environments and should not be exposed to direct sunlight.
    It should not be moved by rubbing, forklift should be used for ease of transportation.
    Lifting points should be equally spaced on both sides while pipes are being loaded and transported.
    While stacking the pipes, care is taken to ensure that the floor is flat.
    Stacking should be done on floors that will carry the weight of the pipe.

  • 6. What is Hdpe Pressure Network Pipe?

    Polyethylene raw material is obtained by processing ethylene gas obtained from petroleum. To meet the increasing needs with the developing technology, it started with the Polyethylene raw material PE 25 and has progressed to PE 100 systems today.

    PE 100 pressure network pipes are advantageous because of the ease of joining methods and shortens the project period. The electrofusion welding method and butt welding method are the most widely used joining techniques as the Pe100 Pressure network pipes joining method.

    PE 100 pipes are more advantageous than alternative infrastructure systems with their non-corrosion, 100-year service life, and abrasion resistance. PE 100 pipes can also be used safely in landslide and earthquake zones. Thanks to its elastic feature against cold weather, it is not affected by the transformation of water into ice.

  • 7. Where to buy Hdpe Pipe?

    Kuzeyboru, the world's pipe and fittings manufacturer, produces the HDPE pipe suitable for your project. The only answer in Europe to the question of where to buy Hdpe Pipe is Kuzeyboru. You can contact us for a century of life, quality and reasonable price advantage. Our special solutions for your project are waiting for you.

  • 8. What does Hdpe Pipe stand for?

    Hdpe is the abbreviated form of "High Density Polyethylene". Use HDPE in international projects. HDPE, also called Pe100, stands out for its quality and the breadth of its areas of use. Kuzeyboru is the manufacturer of Hdpe Pipes, which are safely used in the world's largest projects. Kuzeyboru makes a difference in Hdpe Boru with the best price.

  • 9. What is Hdpe Pipe used for?

    Hdpe Pipe is safely used in pressurized drinking water lines, Mining, drainage systems, water networks, water transfer, gas collection lines and solid waste storage areas.