1. https://hdpesupply.com/black-hdpe-polyethylene-pipe/
Bulk and Special Order Pipe Information (click here). We also stock straight pipe up to 12" . ORDERS THAT CONTAIN PIPE ARE NOT ELIGIBLE FOR FREE SHIPPING. Orders that contain pipe can be shipped Ground Only. Express shipping options are not available on orders that contain pipe. Add to Wishlist. Add to Wishlist. Add to Wishlist. Add to Wishlist. Add to Wishlist. Add to Wishlist. Add to Wishlist. Add to Wishlist. Monday - Friday: Office and Phone Support: 8:00am- 4:30pm CST (Central Time).
2. https://en.wikipedia.org/wiki/HDPE_pipe
This article may rely excessively on sources too closely associated with the subject , potentially preventing the article from being verifiable and neutral . Please help improve it by replacing them with more appropriate citations to reliable, independent, third-party sources . (April 2019) (. This article contains content that is written like an advertisement . Please help improve it by removing promotional content and inappropriate external links , and by adding encyclopedic content written from a neutral point of view . (April 2019) (. HDPE pipe is a type of flexible plastic pipe used for fluid and gas transfer and is often used to replace ageing concrete or steel mains pipelines. Made from the thermoplastic HDPE (high-density polyethylene ), its high level of impermeability and strong molecular bond make it suitable for high pressure pipelines. HDPE pipe is used across the globe for applications such as water mains, gas mains, [1] [ self-published source? ] sewer mains, slurry transfer lines, rural irrigation, fire system supply lines, electrical and communications conduit, and stormwater and drainage pipes. Benefits[ edit ]. The toughness and resistance to chemicals of polyethylene , as well as the corrosion resistance and low weight have contributed to its growing use in situations where cost-effective and durable fluid and gas piping systems are required. According to a press release from the Plastics Pipe Institute, "PE piping has been used for water and other fluids in Europe and America since the 1950s due to its durability, leak free joints, resistance to corrosion, and long-term cost-effectiveness." [2] [ self-published source? ]. HDPE pipe can be joined by butt welding , electrofusion welding , socket welding, or extrusion welding . These joints heat the pipe during the joining process, creating a completely homogeneous joint so the weld becomes as strong, or stronger than the existing pipe on either side of the weld. There is no need to use rubber seals or jointing chemicals, as is used for joining PVC pipe, which cause environmental health issues and increase the chance of failure over time. PE is less likely to have problems with root intrusion, and provides integrity for the pipeline, even when installed in unstable soils. HDPE communications conduit pipe being installed by directional drilling in Perth, Western Australia. Due to the fusion welding system, the need for anchors or thrust restraint blocks are eliminated, as the joints become fully end load resistant, reducing costs for material and installation time. This also allows for safer excavation close to the pipeline in future, which is particularly important for high pressure gas pipelines. Coils of PE Pipe make trench-less installation safer and less intrusive on the surrounding environment. HDPE pipe systems are available for many applications, providing for standard trenching of water mains, fire ring mains, sewer mains, and gas mains pipelines, as well as horizontal drilling for electrical and telecommunications conduits. [3] According to a company that manufactures HDPE, HDPE systems are cost-effective to install and have long-term maintenance cost savings, and also allow for cheaper installation methods, such as HDD (horizontal directional drilling), sliplining , pipe bursting , floating and submerged pipe. [4]. HDPE pipe is very durable and flexible and can be bent on site to a radius twenty-five times the nominal pipe diameter - for SDR11 and SDR17 pipe, at or below 20°C ambient temperature. This provides major cost savings, when compared to different pipe systems, some of which require glued fittings, restraints or thrust blocks for even minor changes in direction. Because of the high impact resistance and flexibility of HDPE pipe, it is well suited to installation in dynamic soils including in earthquake-prone areas. HDPE pipe has very high flow capacity, because of its smooth bore and end-to-end jointing methods. HDPE pipe does not corrode in the environment, and will maintain its flow capabilities over time, unlike ferrous piping systems, which will rust and build up internal resistance to fluid flowing through it. [5] [ self-published source? ]. Because food-grade polyethylene virgin material is used to fabricate HDPE pipes, they are safe for the transfer of drinking water , provided that any initial debris has been flushed out. HDPE pipe is resistant to many chemicals, facilitating its use in process plants or around corrosive or acidic environments, without needing to use protective coatings or galvanising, as is required on steel pipes. As HDPE has a very low thermal conductivity, it can maintain more uniform temperatures compared to metal pipes when carrying fluids, which will greatly reduce any need for insulation to control condensation around the pipeline. [6] [ self-published source? ]. Manufacture[ edit ]. To make pipe lengths, HDPE resin is heated and extruded through a die , which determines the diameter of the pipeline. The wall thickness of the pipe is determined by a combination of the size of the die, speed of the screw and the speed of the haul-off tractor. Polyethylene pipe is usually black in color due to the addition of 3-5% of carbon black being added to the clear polyethylene material. The addition of carbon black creates a product which is UV light resistant. Other colours are available but are less common. Coloured or striped HDPE pipe is usually 90-95% black material, with just a coloured skin or stripe on the outside 5%. Freshly Extruded 800 mm (31.50 in) HDPE Pipe. Polyethylene raw material is pulled from a silo, into the hopper dryer, which removes any moisture from the pellets. Then it is pulled by a vacuum pump into the blender, where it is heated by a barrel heater. The PE material becomes molten at around 180 °C (356 °F), allowing it to be fed through a mould/die, which shapes the molten material into a circular shape. After coming through the die, the newly formed pipe quickly enters the cooling tanks, which submerge or spray water at the pipe exterior, each one reducing the temperature of the pipe by 10-20 degrees. Because polyethylene has a high specific heat capacity, the pipe must be cooled in stages, to avoid deforming the shape, and by the time it reaches the "haul-off tractor", it is hard enough to be gently pulled by the 2-3 belts. A laser or powder printer prints the size, type, date and manufacturers name on the side of the pipe. It is then cut by a saw cutter, either into lengths of 3 or 6 or 12 or 24 meters (9.8 or 19.7 or 39.4 or 78.7 ft), or it is coiled to 50 or 100 or 200 m (164 or 328 or 656 ft) lengths on a coiler. HDPE Pipe with Blue stripes. A different die is used for striped HDPE pipe, which has small channels that the coloured material runs through, just before it is pushed through the die. This means the stripes are formed as an integral part of the pipe and are not likely to separate from the main pipe body. Co-extruded, or co-ex HDPE pipe, has a second extrusion screw which adds an extra skin of colour around the black HDPE pipe, this allows the pipe to be coloured on the outside, for identification or thermal cooling requirements. Uses[ edit ]. An example of the durability of HDPE pipe is the 600 m (1,969 ft) long HDPE boom used for the Ocean Cleanup project. The HDPE pipeline is being released into the ocean to clean up the Great Pacific Garbage Patch . [7]. HDPE pipe has been used in rural and mining environments in Australia for over 50 years, proving to be a very durable and effective means of fluid and gas transfer. [8] [ self-published source? ]. Life expectancy[ edit ]. Although HDPE pipe is often estimated to last 50 years, they are in fact more likely to have life expectancies of 100 years. PIPA (Plastics Industry Pipe Association) and the Plastic Pipe Institute (PPI) have written technical white papers on HDPE design life. The PIPA paper is called "Life Expectancy for Plastics Pipes" which mentions that because of the fifty-year stress regression data, people[ who? ] falsely assume that plastic pipe systems' life expectancy is only fifty years. In fact, these pipe systems can be reasonably expected to last up to or more than 100 years. [5] [ self-published source? ] In Australia, PE pipes and PE fittings were introduced during the mid-1900s, mainly for irrigation or water supply, but also for gas, fuel, and other industrial applications. The use of this 50-year time interval, leads to a misunderstanding that it represents a 50-year pipe life. For pipe systems that have been correctly manufactured and installed, the actual life cannot be predicted, but can be expected to be over 100 years until major rehabilitation is needed. [5] [ self-published source? ]. ^ a b c. Edit links. Text is available under the Creative Commons Attribution-ShareAlike License 3.0 ; additional terms may apply. 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4. https://www.plasticpipe.org/BuildingConstruction/BuildingConstruction/HDPE.aspx
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5. https://wlplastics.com/hdpe-pipe/
Our Locations. Learn about HDPE Piping – Pipe Manufacturer. High-density polyethylene (HDPE) pipe is the ideal choice of piping materials for many applications serving oil & gas gathering, potable water, wastewater, mining & industrial systems, power & communications and natural gas distribution. HDPE pipe resists chemicals, corrosion, physical damage, and more to provide a long-term, cost-effective piping system. At WL Plastics, we specialize in producing HDPE pipe that meets the needs of our customers and complies with strict industry and safety regulations. We have eight state of the art manufacturing locations across the United States capable of producing over 800 million pounds of HDPE pipe each year. This enables WL Plastics to produce a high quality product at the lowest cost so that customer orders are fulfilled quickly and efficiently. Potable Water. Municipal piping systems need to comply with strict NSF, AWWA and ASTM standards to transport potable water to homes across their communities safely. Our HDPE piping is safe, leak-free, requires little-to-no maintenance for decades of reliable performance, and is resistant to disinfectants. WL Plastics HDPE pipes are designed to optimize system flow rates in potable water transmission and distribution systems. Learn more about how WL Plastics HDPE pipes are the ideal piping solution for potable water systems here . Oil & Gas Gathering. WL Plastics HDPE pipe is the ideal piping solution for oil & gas gathering applications due to its resistance to a wide variety of chemicals in gathering operations. HDPE pipe can handle a wide variety of fluids and gases common to oil and gas applications including the transport of crude oil, multi-phase fluids, process water, water slurries and brine (saltwater) solutions to and from fracking sites. WL Plastics HDPE Pipe complies with the American Petroleum Institute’s standard API 15-LE. Learn more about WL Plastics oil & gas gathering products here . Wastewater. WL Plastics HDPE pipe’s resistance to chemicals, Hydrogen Sulfide gas (H2S), corrosion, and abrasion damage makes our pipe ideal for wastewater systems. In wastewater applications it is important to use a nonreactive piping material, such as HDPE pipe, to prevent pipe degradation due to presence of H2S gas. Learn more about why WL Plastics HDPE pipe is the ideal solution for wastewater applications here . Power and Communications. WL Plastics HDPE pipe is the ideal solution for protecting fiber optic cables for telecommunication systems and wiring for power systems from external damage and environmental conditions. WL Plastics HDPE pipe creates a protective pathway that can withstand moisture, abrasion damage, and third party damage so the wiring and fiber optic cables stay safe and operable. Learn more about WL Plastics Power & Communications pipe products here . Mining & Industrial. WL Plastics HDPE piping systems feature superior abrasion resistance, leak-free joints, resistance to chemical damage, and low installation and maintenance costs making it the ideal piping material for mining and industrial applications. Industrial-grade piping must be durable, strong and capable to withstand a wide variety of severe external and internal conditions without intensive maintenance requirements. Using HDPE pipe Mining & Industrial sites can quickly expand their existing systems or set up systems in new locations. Learn more about WL Plastics Mining & Industrial products here . Natural Gas Distribution. WL Plastics PE4710 HDPE pipe with a yellow stripe is the ideal solution for natural gas distribution piping systems. HDPE pipe safely handles pressurized natural gas and won’t leak due to its heat fusion joining. WL Plastics HDPE pipe meets and exceeds all of the testing requirements per Code of Federal Regulations (CFR) 49 Part 192 and ASTM D2513. Learn more about WL Plastics Natural Gas Distribution products here . Resources. The WL Plastics website offers a variety of resources about HDPE piping to ensure that our customers have all of the information they require to make informed buying decisions, including:. Engineering information . Find the technical resources you need to properly design, specify and construct your ideal piping system based on the requirements of your application by browsing our product specifications, publications and applicable industry standards. Case studies . For specific examples of WL Plastics HDPE pipe installations in potable water, oil & gas gathering, wastewater, power & communications, mining & industrial, and natural gas distribution, view our case studies. Each case study gives an in-depth overview of design and installation of WL Plastics HDPE pipe. Marketing literature . WL Plastics literature includes specific details about the capabilities and advantages of HDPE pipe for each industry we serve. HDPE pipe offers several unique benefits that other types of pipe can’t duplicate. Thanks to its unique chemical structure and properties, HDPE pipe creates a leak-free system that is resistant to degradation over time and doesn’t react negatively to typical environmental factors. Some of the most beneficial characteristics of HDPE pipe include:. Durability. HDPE pipe is built to last. Even in adverse environmental conditions—including aboveground, underground and marine applications—HDPE pipe maintains its characteristic resistance to chemical and abrasion damage. Customers use HDPE pipe to transport a wide range of medium in their systems including potable water, wastewater, acidic solutions, natural gas, saltwater slurry and others. Neither the transported fluids inside the pipe nor the environmental conditions outside the pipe pose a risk to the integrity of the HDPE pipe. WL Plastics HDPE pipe is durable enough to withstand high-pressure applications and extreme temperature fluctuations. HDPE pipe is the ideal solution for earthquake resistance, seismic activities, vibration, and soil movement in buried applications. Cost-Effectiveness. WL Plastics HDPE pipe reduces our customer’s spending on transportation due to its longer standard cut length, lightweight properties and WL Plastic manufacturing locations’ proximity to worksites nationwide. HDPE pipe also utilizes heat fusion joining that requires no additional couplers, gaskets or fittings to join pipe together. Due to HDPE pipe’s durability and simplicity, system managers don’t have to worry about the costs of frequent repairs or section replacements. WL Plastics HDPE pipe is a cost-effective material for large-scale networks of piping systems. Joining Capabilities. The primary joining technique used with HDPE pipe is heat fusion. This leak-free joining technique creates a monolithic pipe system where the joints are as strong as the pipe itself providing a piping system that is built to last. Not only does this improve the overall system performance, but it also increases the safety to the surrounding environment by reducing the risk of leaked medium. When performed correctly, heat fusion joints won’t leak and will drastically reduce operational costs for your piping system over its lifetime. WL Plastics HDPE pipe can alternatively be joined together via mechanical connections such as flanges, mechanical joints, couplers, and others. Corrosion Resistance. WL Plastics HDPE pipe will not corrode, tuberculate, or support biological growth. HDPE pipe has a C-Factor of 150 for the design life of the pipe, unlike metallic pipes which will suffer inside diameter constriction overtime. The inside diameter of HDPE pipe will not change over time providing consistent flows with no increase to pumping energy. Contact WL Plastics Today. WL Plastics HDPE pipe is durable, cost-effective, resistant to corrosion and can be joined through heat fusion techniques to create leak-free systems. At WL Plastics, we specialize in creating the ideal piping solution, offering high quality, reliable HDPE pipe for a wide variety of industries and applications, including:.
6. https://www.hailigd.com/Products/HDPE-Water-pipe_06.html
.Outdoor HDPE Water pipe is applicable to Municipal water supply, Farmland irrigation, Fire pipeline, Reclaimed water reuse, Road works, Clear the river channel, Sport stadium, Factory fluid transmission and other fields. All the Outdoor Water Pipe products are made of brand-new materials and meet the sanitary standards for potable water. The size and pressure rating of Outdoor HDPE Water Pipe can meet various water supply design schemes. We can provide you with all kinds of pipe fittings and joint parts. Mainly for dealers and customer groups in East Asia, South Asia, South America, the Middle East and Africa.
We are Outdoor HDPE Water Pipe manufacturer and supller from China. If you plan to purchase a large number of outdoor water pipes. You can contact our factory. We provide a complete water pipe procurement scheme.
LEARN MORE. Register Today! For detailed information on our products, please view our catalog and CAD files . The ISCO Product Catalog is your single source for HDPE piping solutions, fittings, fusion equipment, electrofusion, mechanical connections and accessories. ISCO Industries is a global customized HDPE piping solutions supplier based in Louisville, KY. ISCO stocks and sells a wide variety of piping materials and provides piping solutions for various environmental, geothermal , golf , industrial , landfill , mining , municipal , nuclear, waterworks and culvert-lining applications worldwide. ISCO is a family-owned, total piping solutions company with more than 30 facilities in the United States and Canada. ISCO offers custom high-density polyethylene (HDPE) fabrication and inventories large stockpiles of pipe, including a large supply of HDPE pipe, usually within a one day delivery of most projects. OUR PRODUCT & SERVICES. Wherever you are, wherever the project, we’re there for you. We have locations across North America with teams working diligently in every region. Find the ISCO location in your area and one of our team members can work with you on building the right HDPE piping solution. Jimmy Kirchdorfer Provides Largest Donation in KGF History. READ MORE +. ISCO Industries Acquires IPF Fabrication Business from Plasson USA. READ MORE +. “ISCO helped out very early on in the process. They kept estimates ongoing and updated. Honestly, ISCO was the most responsive and had the most knowledge available right when we needed it.”. Jones & DeMille Engineering. “HDPE and PE-RT are the only logical choice for any water project, in my opinion, due to the service life, ease of installation, and leak-free qualities. We would not have been successful without ISCO.”. Vice President of R Directional Drilling. “ISCO has been very valuable to us. Whenever we have issues, I know I can call them up. If there are any special fittings or anything they need to get for us, they’ll come down and help us out.”. Reuben Bernal. Water Distribution Supervisor at Texas A&M. “ISCO supplied a qualified fusion technician and open communication from order placement to production to delivery and a hands-on approach during the design phase for the required fittings and connection points between runs which helped make our project a success.”. Sr. Project Manager, Ric-Man Construction. “The rate at which ISCO delivered the HDPE pipe and fused the pipeline together, while maintaining quality, surpassed my expectations.”. Engineer, Biggs & Matthews Inc. “ISCO was very good at identifying our urgent needs and working with our demanding schedule to provide solutions to problems. They were able to satisfy our goals for a new plant as well as continue to support our existing operation.”. Project Manager, Vista Sands. "The ISCO sales rep that I worked with could not have been more helpful. He helped us find the proper side hose for our irrigation traveler and helped us get it installed. He was a joy to work with. Everyday life would be much more enjoyable if there were more people like him.". Madison County Commissioner, District 1. Thanks a million for this great webinar. I have attended over a dozen webinars this year, and by far, this is the best. Camille George Rubeiz, P.E., F. ASCE. Senior Director of Engineering (M&I), Plastics Pipe Institute. Water Wastewater Engineer Grid PE&C. I am somewhat familiar with HDPE pipe and directional drilling but have not been involved with everyday project engineering for a number of years working as a utility administrator. Recently, when we had a large directionally drilled HDPE force main project underway, I realized that much had changed over the past 10 years; your webinars are allowing me to catch up quickly. Thanks for putting on the webinars, they provided me with knowledge and the PDHs needed to renew my PE license…just what continuing education classes are supposed to accomplish! Reset Your Password >. If you're having additional issues accessing your account, please contact our support team. *ISCO Industries will not sell the name or any login information of our website viewers to any third party. All information gathered from users is only used to conduct our website and our business needs. *ISCO Industries will not sell the name or any login information of our website viewers to any third party. ISCO INDUSTRIES. ISCO Industries is a global customized piping solutions provider based in Louisville, KY. ISCO stocks and sells a wide variety of piping materials and provides solutions for various environmental, geothermal, golf, industrial, landfill, mining, municipal, nuclear, waterworks and culvert-lining applications worldwide.
Chinese | Turkish | Spanish | French | Russian | Arabic | فارسی. ..:: Parsethylene kish co. does not have any representative in iran ,The Company`s products are sold only through the central office with an official Certificate ::.. HDPE Pipe is simply a pipe made of polyethylene; this material gives the pipes some special features which creates benefits and these advantages have led to the popularity of polyethylene pipes. HDPE Pipes have many advantages, high quality, reliability of pipe and fittings, ease of loading and transportation of pipes and fittings of polyethylene due to their relatively low weight, quick and easy installation have made polyethylene types the best choice for various projects. Polyethylene Pipe s also have a good bending radius and have very good resistance to impact and pressure at very low temperatures. Acidic and basic environments, as well as many solutions and chemicals do not affect polyethylene. This is one of the most important advantages of a polyethylene pipe and polyethylene fittings. Polyethylene materials used to produce polyethylene pipes are different from polyethylene materials used to produce other polyethylene products. Polyethylene is available in various grades, and each of these types of polyethylene materials is used for various applications. Polyethylene Pipe and HDPE Pipe Fittings have a lower weight than other types of pipes, such as steel pipes and concrete pipes, which makes them easy to carry, load, and install. Resistance to very low temperatures, strength and durability of compressive stress and tension stress and high elasticity of polyethylene allow the user to carry and install polyethylene pipes for the implementation of various industrial projects. Extremely high resistance of polyethylene pipes to impact eliminates the need for higher pipe pressures and polyethylene fittings and the purchase of anti-shock equipment. This feature makes the implementation very easy and sharply reduces the costs of implementation in large industrial projects, while minimizing waste to zero. This can be a very good reason for replacing pipes and polyethylene fittings with a variety of concrete and steel pipes. Erosion resistant. Comparison between PE and other materials has shown that the pipes and fittings made of PE are highly resistant against erosion which makes them a perfect choice for transferring fluids with non-soluble solids, plus they are safe from harms of rodents due to high rigidity of their surface. In addition, rodents cannot damage the polyethylene pipe and fittings, because the very high level of polyethylene pipe and fittings can exclude any damage from rodents. Chemical resistant. One of the advantages of note for PE pipes and PE fittings is that they are not affected of acidic and basic chemical environments. You can find the complete list of non-affective chemicals on PE pipes & PE fittings through the standards of pipes and fittings. High flow rate. Since the inner wall of PE pipes and fittings are smooth with very low roughness therefore fluids can have a rapid flow within them which is due to the roughness coefficient of 0.007. Easy connecting. HDPE pipes are presented in both shapes of coil and branch. PE coil pipes which lead to cost savings are available in different small sizes. Branches of PE pipes can be connected to each other in different ways. Parsethylene Kish provides a vast range of fittings and connections which are easily implemented and covers a professional network of pipeline. Flexibility. HDPE pipes have a suitable bending radius, and this makes it easy to install polyethylene pipes and require fewer fittings. The permissible bending radius of the polyethylene pipe is 20 times larger than the outer diameter of it. Due to their high flexibility, polyethylene pipes are the ideal solution for solving many of the issues and problems of installation and implementation, and thus installation and implementation becomes much faster and cheaper. Various polyethylene fittings. Polyethylene pipelines require polyethylene fittings and connections in different projects, which will vary according to the type of project. The dimensions and size of the polyethylene welding joints can be manufactured according to customer's requirements, and also their use in sewage, chemical, acid and oil and water supply and pressurized water line is very cost effective compared to steel and iron joints. Single-wall polyethylene pipe is among the polymer pipes which can be used at pressures between 2 and 40 bars, with different diameters. The unique properties of polyethylene pipes have led to a much higher rate of growth of use of this product in the transmission and distribution networks compared to other types of pipes. Double-wall polyethylene pipes or corrugated polyethylene pipe are pipes that have two walls; one outer layer with a corrugated or circular shape (ring shape), and one inner layer of the pipe having a smooth surface that is used to flow fluids with acid and sewage effluents and industrial and basic effluents. Corrugated pipes do not have internal load pressure, i.e. the fluid passing through these pipes does not have internal load pressure, and these pipes virtually have the responsibility of transferring fluid as an underground channel. These pipes also have an outer surface which is ring-shaped and has high strength and tolerates all surface and sub-surface pressures, both live and dead, below the ground. The ring-shape nature of these pipes is for strengthening the pipe. Spiral polyethylene pipe are the same corrugated pipes with the difference that in the production of spiral corrugated pipes the method of production varies a bit, which is due to the type of size of the spiral corrugated pipes, which generally range from 800 to 3000 mm. Spiral corrugated pipes are connected together using butt weld or extrusion attachment and also have high strength. The working pressure, or cyclic pressure, in the spiral corrugated pipes can be 16 kN, 31.5 kN, and 64 kN, which is directly related to the thickness of the congresses and the outer wall pipes of corrugated pipes’ walls. In addition, the distance between the congresses of spiral- corrugated pipes is also influenced by the convectional pressure of the corrugated pipes. Spiral- corrugated pipes can be produced in a dimension of 6 meters in length and up to 3000 mm in diameter, equal to 3-meter net length of the opening. The use of polyethylene pipes is extremely high due to their many advantages, and every day we see a new application for the polyethylene pipe, which is often innovative and unique, and in many applications of the polyethylene pipe, this pipe has become an alternative for other types of pipes. High density polyethylene (HDPE) pipes are used in a wide area of urban, industrial, marine, drilling and agricultural pipelines. The use of polyethylene pipes has been tested and proved in situations such as ground level, buried state, floating situation, and sub-surface levels. Polyethylene pipes have the capacity to transport drinking water, sewage, chemicals, slurries, and hazardous wastes and gases. Application of HDPE pipes is extremely high due to their many advantages, and every day we see a new application for the polyethylene pipe, which is often innovative and unique, and in many applications of the polyethylene pipe, this pipe has become an alternative for other types of pipes. High density polyethylene (HDPE) pipes are used in a wide area of urban, industrial, marine, drilling and agricultural pipelines. The use of polyethylene pipes has been tested and proved in situations such as ground level, buried state, floating situation, and sub-surface levels. Polyethylene pipes have the capacity to transport drinking water, sewage, chemicals, slurries, and hazardous wastes and gases. Grade of Polyethylene Pipe Material. In general, the benefits of using PE100 material compared to other types can be summarized as follows:. Better processability and higher output and lower production costs. Better flexibility for screwing, maintenance and installation of the ISO 13469 pipe,. High resistance to slow crack growth and high product safety (SCG test). A higher resistance to the rapid crack growth Test of ISO13469, Version 1996. css slideshow by WOWSlider.com v7.8. Pars Ethylene kish does not have any representative in iran ,The Company`s products are sold only through the central office . Quality Purchase. Buy Request. FAQs.
9. https://en.lesso.com/blogs/pe-vs-hdpe-pipe/
Plastic products have been in use for many decades. With advancements in technology, more thermoplastic products have graced the industries and more is expected to change. The pipe industry has seen a surge in the production and manufacture of high-quality products. The difference between HDPE and Polyethylene has been a topic of contention in the industry. Many people have been wondering what features make products produced from polyethylene raw materials standout. A look at HDPE and polyethylene pipe benefits will give you a clear understanding of why products made from these elements are worthy of investing in. It’s wise always to gather robust details about a product you want to buy. With the high demand for plastic pipes, it’s rewarding to clearly understand what a close look at HDPE vs PE pipe will yield. Common Characteristics of HDPE and PE. PE pipes are classified by their density and branching ability to produce different types of polyethylene. The most important PE grades include LDPE, HDPE, and LLDPE. The flexibility of polyethylene (PE) pipes has made them an excellent piping choice for gas lines, drainage systems, sewerage systems, mining, slurry and water mains systems. HDPE (High-Density Polyethylene) pipe is a flexible pipe widely used for the transfer of different types of fluids and gases. These pipes have been used as an alternative for steel or concrete mains pipelines. HDPE pipes are impermeable, strong, and top-notch choices for many excellent applications. You can easily use high-density polyethylene pipes as water supply pipelines, sewer mains, and gas supply mains. These pipes are also excellent for irrigation, fire-fighting system supply lines, and communications and electrical pipes. HDPE pipes or systems are cost-effective to install. You can use processes such as floating, sliplining , pipe bursting and horizontal directional drilling to install your pipes. Significantly, HDPE pipes are durable and flexible and can be used for more than 50 years without any complications. On the other hand, polyethylene or PE pipe is the most common and widely used plastic globally. It’s a common polymer used for packaging mainly plastic bags, films, bottles and geomembranes. PE is a common mixture of polymers of ethylene, and it is usually thermoplastic but can be hardened for use in different applications. HDPE pipes come with amazing characteristics that define these products. HDPE has PE has its base, and their properties don’t differ so much. They include:. 1. Lightweight. Products made from PE and HDPE are lightweight as they are made from a material that can be easily handled and transported to the stipulated destinations. 2. Weather Resistant. PE and HDPE products are classified as weather resistant because they are designed to withstand harsh climatic conditions. These products can withstand light exposure to sun, wind, and rain. They are also resistant to chemical exposure, and that’s why they are widely used to transfer different fluids. 3. Flexible. Polyethylene pipes are designed to be easily coiled and supplied to customers in varying sizes. Hence, they are known to save many users a lot of money during the installation processes. 4. Leak Tight. When the PE or HDPE pipes are professionally fused and joints well-fitted, they create a homogenous system. The end product is a strong system that will resist leakage during the transfer of fluids. 5. Durable. Polyethylene pipes are built to resist tearing and any pressure inserted on them. They are also resistant to stress cracking and can be used for many decades. 6. Non-toxic. HDPE is non-hazardous as it’s non-toxic and inert and safe for use in transferring different fluids. It doesn’t decompose in aquatic systems or landfills. These pipes are recyclable and eco-friendly when used in different applications. Significant Differences between HDPE and PE. Here are a few things to look at and have a look at the key difference between HDPE and Polyethylene:. 1. Strength. HDPE tube must bear certain pressure, usually choose PE resin with large molecular weight and good mechanical properties, such as HDPE resin. The strength of ordinary polyethylene pipe (PE) 9 times. 2. Wear Resistance. In all of the engineering plastics, the wear resistance of HDPE is the crown of the plastic. The higher the molecular weight, the more wear-resistant material, even more than a lot of metal materials (such as carbon steel, stainless steel, bronze, etc.), the ordinary PE does not have this characteristic. 3. Applications. Large municipal and engineering projects tend to use HDPE pipes, because its wall thickness and bearing pressure will be higher than PE pipes, after all, the wall thickness is larger. Small municipal projects or commercial buildings, parks will use PE pipe. Get High-quality HDPE Products at China Lesso. Polyethylene products stand out thanks to the many applications they can satisfy. With a clear overview of HDPE vs PE pipe, you should not have any uncertainties investing in the products you need. China Lesso is the best place to visit for high-quality HDPE and PE products. The available products are great for civil construction, municipal water supply, drainage, gas supply, electrical and communication conduits, fire-fighting, irrigation, home decoration and oceanic cage culture. China LESSO is a widely reputed industry leader, and it’s committed to providing its large clientele with quality products and services. Get in touch and find out what in store for you. The impeccable properties of HDPE and Polyethylene pipes make them stand out in the market. These pipes can be used for many applications and for many years. However, you should always get them from a reputed manufacturer and ensure a professional install them. Feel free to make China Lesso your go-to home for a comprehensive range of PE pipe systems for many applications. Learn the Truth About HDPE Pipe in a Few Minutes. Utility infrastructures rely on the quality of piping for efficiency and effective delivery. High-density polyethylene (HDPE) pipes are most common in these projects as they. 6 Things You Should Know About Drainage & Sewerage Pipes. There are many parts of the construction industry that are difficult to understand, but the differences and uses of drainage and sewer pipe are not too complicated. (incorporated in the Cayman Islands with limited liability).
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