big diameter Hdpe pipe manufacturers large diameter pipe suppliers and huge Hdpe producers Advances in extrusion and material industries today allow us to make 100 mm polyethylene pipes with a diameter of 2800 mm, although these products are only fit for industrial consumption. But this issue has altered with the introduction of water pipes with a diameter of 1400 mm, which have been used in many nations. This article offers a brief review of human advancement in the manufacturing of massive size 100 polyethylene tubing and highlights two of the largest projects to date. Due to the increase in use in 1960, the diameter and size of this large size polyethylene pipe expanded with the passage of time and progress in extrusion industries. Pipes with polyethylene 100 are currently made in different sizes up to 2800 mm. But until today, pipes with a diameter more than 630 mm were only utilized for industrial applications, mainly for cold water delivery systems and water parks. 
But with the expansion in the number of polyethylene 100 pipes throughout Asia and with the decrease in the amount of bending, the price of these pipes has fallen and has made all locations have access to pipes with a greater diameter. These pipes with diameters of 1200 and 1400 mm with a length of more than 110 km have been employed in tough situations. In this essay, we will explore the design of these pipes and reveal the special points of each project. Introduction Considering that these pipes were employed more since 1960, the diameter and size of these polyethylene pipes rose with the passage of time and progress in extrusion industries. With developments in associated technology, like as finite element analysis, and the existence of welding equipment to weld pipes together, it is possible to construct and design pipes with ethylene 100. Today, ethylene 100 pipes are produced in various diameters up to 2800 mm in diameter, but until today, these pipes with a diameter higher than 630 mm were exclusively employed for particular industries and uses, including cold water supply systems and water parks. This pipeline has pipes with a diameter of 710 mm, and in the last year, a pipeline was operated in Indonesia by an aircraft company. 1000 mm diameter pipes are used in this pipelin 
In this essay, in addition to a broad view of the innovations that enabled the building of such pipelines possible, we will talk about two instances of the greatest pipeline projects and the experiences obtained during the operation of the pipes. Advances that made it possible to construct 100 polyethylene pipes with huge diameters In the last 50 years, considerable developments have made it possible to use polyethylene 100 pipes for high-pressure water. Some of these developments are noted below: Improving the quality of materials for creating large size polyethylene pipes After the first usage of these pipes in 1950, the balance of the materials used in the building of these pipes was observed more. These pipes not only became stronger, but also more resistant to fractures and their bending strength grew dramatically. In the past, pipes with huge diameters and the ability to cool the water flow were either constructed of carbon metal or compressed plastic. Some huge size polyethylene pipes . 21.2 inch polyethylene pipe 21.2 inch pipes, known as 75 mm, are utilized in agriculture and water supply businesses. These pipes likewise have a load pressure of 5 to 25 and a coil of 100 to 150 meters. 
3 inch polyethylene pipe The 3-inch or 90 mm polyethylene pipe is produced in 5 to 25 mm pressure kinds, which is carefully selected according to the place where they are utilized. These pipes are employed in sectors such as water and gas transmission. 8 inch polyethylene pipe These polyethylene pipes with a dimension of 200 mm are utilized in developed systems and current systems for irrigation due to their high flexibility. These pipes likewise have a load pressure of 5 to 25. 16 inch polyethylene pipe 400 mm or 16-inch polyethylene pipes are one of the most extensively used pipes for transferring liquids, which are widely utilized for urban water supply and also for sewage. These pipes are also composed of highly durable polyethylene with pressures of 6, 10 and 16 atmospheres. 20 inch polyethylene pipe 20-inch or 500 mm pipes are one of the most extensively used polyethylene pipes, which are constructed with a pressure of 5 to 20 and 6 and 12 meters. Pipes are also utilized to convey water and liquids that are non-acidic. 24 inch polyethylene pipe One of the biggest polyethylene pipes are those that have a size of 24 inches or 630 mm. These pipes are most widely used in the field of water supply and transportation of other fluids, which of course are used for very large volumes and underground. Welding or electrofusion is usually used to connect these pipes together. 
large diameter Hdpe pipe
large diameter HDPE pipe The properties and types of HDPE pipe and PE100 polyethylene pipe HDP pipe is produced with high quality and many benefits. Preferred in international projects, HDPE pipes are ideal for a wide range of applications. We produce HDPE pipes in arbitrary diameters between 20 and 1200 mm and in pressure classes Pn4-Pn32 with high efficiency and quality. HDPE pipe systems that you can safely use in your projects offer many benefits. What is an HDP tube? HDPE pipe made of polyethylene has become popular with its advantages of high strength and wide application area. The HDP tube has many advantages. With the reliability of pipes and fittings, ease of transportation and loading, and ease of assembly, it has become the best choice for projects. Polyethylene pipes show high resistance against impact and pressure. It has high chemical resistance. These features have been the most important reason for preferring polyethylene pipes and polyethylene fittings. So what sets HDPE apart from other products? HDPE pipe is strong, durable, flexible, and lightweight. 
Because the fusion process creates a single HDPE system, HDPE has a zero leakage rate when combined. HDPE pipe is also better for the environment because it is non-toxic, resistant to corrosion and chemicals, has a long life span, and is flexible enough to be installed without digging trenches. Advantages of HDP pipe: 1-Easy assembly method and easy assembly of accessories. It is not affected by underground movements and does not break. 3-It has high impact resistance and rapid crack propagation. 4-They have high flexibility. Therefore, they provide ease of use. Since they have a low internal surface roughness, they have significant advantages in choosing the diameter during project design. 6-It is not affected by sea water and sea movements; it is suitable for installation on the sea floor. 7-Black pipes are resistant to UV rays. They are not affected by harmful substances. 8-It is found in the structure of the soil, which creates wear effects. They are resistant to chemicals. 9-Because they do not alter the smell or taste of water, they can be used safely in drinking water. 10-Plant and tree roots cannot enter the structure. 
Applications for HDPE water pipes Many projects use HDP pipes because of their strength and high quality. HDPE tubing, which is commonly used in infrastructure systems, has a wide range of applications. Drinking water pipelines, pressurized irrigation pipelines, hydroelectric power plants, gas lines, treatment plant pipelines, water treatment plants, swimming pool pipelines, cold water pipelines, compressed air lines, solid material transfer lines, chemical pipelines are all applications for HDPE pipe. Solid Waste Methane Gas Discharge Line, Solid Waste Drainage Line, Marine Discharge Pipeline, and Fish Farm Pipeline Weight of HDP pipes: technical table The HDPE pipe weight table is created by multiplying the density of HDPE pressure pipe in calculating the hollow cylindrical volume and determining the HDPE pipe weight table. The expansion characteristic of HDPE pipe is due to heat treatment during the manufacturing stage. 
Hdpe pipe manufacturers
Quick and simple assembly thanks to the use of HDPE pipe connection methods. In this context, the attachments that are utilized are significant. The simplicity with which they can be assembled is another benefit offered by HDPE pipe fittings. Hdpe pipe manufacturers Connecting polyethylene pipes can be done in a few different ways. Pipes and fittings made of polyethylene can be joined to one another using either fusion or mechanical joints. Pipes made of high-density polyethylene (Hdpe) that are not made of polyethylene can have compression fittings, flanges, or other suitable adapters made specifically for the purpose of connecting them externally. When compared to the places where they are used, connection joints offer greater convenience. Method that combines both
- Method of welding known as electrofusion (EF).
- Type of welding called butt
Welding done by electrofusion The electrofusion welding method is based on the principle that copper wires are melted in the connected parts of the parts that are to be combined with the electrofusion welding machine. This is accomplished by melting part of the external parts of the two parts by heating them with electricity. In this way, the electrofusion welding method is a type of arc welding. Pipes made of Pe100 can have their seams welded using electrofusion welding up to a diameter of 1200 millimeters, depending on the size of the pipe. The method of electrofusion welding is carried out in accordance with the requirements of the DVS 2207 standard. Butt - boil Butt welding is the method that is used the most today to connect HDPE pipes and fittings, and it is also the method that is used the most commonly. The connection method consists of connecting the ends of the pipes that are to be welded using a butt welding machine, and then pressing both ends at a certain temperature in order to bring them closer together. The welding method is capable of joining pipes with a diameter of up to 1200 millimeters. The DVS 2207 standard governs the butt welding process that is carried out. The procedures for hdpe piping should be carried out in accordance with the standards. Your project will move along more quickly thanks to the streamlined assembly and layout of the HDPE pipes. 
Following the completion of the welding, polyethylene pipes are inserted into the channel. Pipes that have been crushed or otherwise damaged while being transported or stored should not be used under any circumstances. It is imperative that the channel in which the pipes are stored be devoid of any kind of pit. It is recommended that sand, sand, and mixed sand be used as filling materials. The minimum depth of the channel will be between 70 and 80 centimeters. Once the top of the tube has been capped, the filling process is finished by compressing the material with a moderate amount of force. HDP pipe technical specifications In our quality control lab, we keep a close eye on any new developments and maintain a steady pace of research. Pe Pipe with diameters ranging from 20 mm to 1200 mm can be produced with the highest possible level of technology and quality. When it comes to the different kinds of pipes that are used in clean water systems that operate under pressure, the characteristics of polyethylene make it one of the best alternatives. They are utilized in the building of water network lines that are buried underground and operate under air pressure, as well as projects involving marine drainage and production cages for fish farms.