Specification:
· 1)Standard: ISO4427 Standard AS/NZS4130 Standard
· 2)Material : PE80, PE100
· 3)Size: OD16--1200mm
· 4)Pressure: PN4 /PN5/PN6/PN8 /PN10 /PN12.5 /PN16 /PN20/ PN25
Advantages:
· 1)Non- toxic
· 2)Correction resistant
· 3)Lower installation cost
· 4)Higher flow capacity
· 5)Longevity
· 6)Recycled and environment -friendly
Application:
· 1)Urban area water supply work system
· 2)Pipe network reconstruction
· 3)Industrial material transmission
· 4)Landscaping water supply network
· 5)Sewage discharge
· 6)Ore, mud transfers
· 7)Agricultural irrigation
Our PE pipe systems are engineered to meet international standards including ISO4427 and AS/NZS4130, ensuring leak-free performance and exceptional durability for critical infrastructure projects. We deliver high-quality polyethylene piping solutions for municipal, industrial, and agricultural applications worldwide.
As one of China's leading PE pipe Manufacturer, we operate 9 advanced manufacturing facilities equipped with state-of-the-art extrusion technology. Our production capacity and comprehensive quality control system enable us to deliver consistent, reliable PE pipe products to customers across Europe, Middle East, Africa, Southeast Asia, and the Americas.
| 1 | Material | PE100 |
| 2 | Size | OD20mm-OD1200mm |
| 3 | Pressure | 0.6 Mpa, 0.8Mpa, 1.0Mpa, 1.25Mpa and 1.6Mpa |
| 4 | Application | Drainage,water supply and conduit, etc. |
| 5 | Advantage | Impact resistance, abrasion resistance corrosion resistance, durability and ease of treatment. |
Material: PE pipes are made of polyethylene resin, which is polymerized from ethylene monomers. Depending on the pressure, temperature, and other conditions during polymerization, polyethylene with different densities can be obtained, such as high-density polyethylene (HDPE), medium-density polyethylene (MDPE), and low-density polyethylene (LDPE).
Grade Classification: Internationally, polyethylene pipe materials are divided into five grades: PE32, PE40, PE63, PE80, and PE100. The materials used for gas pipes and water supply pipes are mainly PE80 and PE100.
Excellent Corrosion Resistance: It can resist the erosion of various chemical media except for a few strong oxidants, and there is no electrochemical corrosion. No anti-corrosion layer is needed, and it can resist the degradation of chemicals in the soil.
Low Water Flow Resistance: The inner wall is smooth with a Manning coefficient of 0.009. The non-adhesive property enables PE pipes to have higher conveying capacity than traditional pipes, which can reduce pipeline pressure loss and water transmission energy consumption.
Good Flexibility: It has high flexibility with an elongation at break generally exceeding 500%, which can adapt to unstable ground or seabed laying. It can also be used for trenchless pipe laying, lining pipes for old pipeline repair, and can be laid in narrow pipe trenches after being welded on the ground.
Good Low-Temperature Performance: The embrittlement temperature is lower than -75℃, and it still has good toughness in low-temperature environments, meeting the requirements of various possible situations such as installation and maintenance. During winter construction, the pipe will not be brittle and cracked.
Water Supply Field: Suitable for municipal water supply systems, building water supply systems, buried water supply systems in residential quarters and factories, etc., which can provide safe and reliable drinking water transmission for cities and rural areas.
Drainage and Sewage Discharge: Can be used for industrial wastewater and sewage discharge pipelines. Its corrosion resistance can prolong the service life of the pipeline and reduce maintenance costs.
Electric Power and Communication: Can be used as a protective casing for postal and telecommunications lines and power wires to protect the cables from external factors.
Industrial Process Piping:From mining slurry transport to chemical plant process lines, Midas PE pipe delivers reliable performance in harsh industrial environments.
Agricultural Irrigation Networks:Lightweight coiled PE pipe up to 110mm diameter enables rapid deployment of irrigation systems with minimal trenching.
Gas Distribution Infrastructure:Our PE100 gas pipes meet ISO 4437 and ASTM D2513 standards for natural gas distribution, offering superior safety through leak-free fusion joints and stress-crack resistance.
Electro-Fusion Welding: Special electro-fusion welding machines are utilized to connect straight pipes to other straight pipes, as well as straight pipes to pipe fittings. This method is typically used for pipes with a diameter of less than 160mm.
Hot-Melt Butt Connection: Dedicated butt welding machines are employed to join pipes. This technique is generally used for pipes that have a diameter of 160mm or greater.
Steel-Plastic Connection: Connections can be made using flanges, threaded joints, and other methods. This approach is used for joining polyethylene (PE) pipes with steel pipes or other types of metal pipes.
Polyethylene pipe production requires 60% less energy than manufacturing equivalent steel pipe, reducing carbon footprint for infrastructure projects. The material's 100% recyclability at end-of-life supports circular economy principles, while the leak-free joints prevent water losses that conserve precious resources in water-scarce regions.
While initial costs may be comparable to traditional materials, the total cost of ownership for PE pipe systems is significantly lower due to:
Minimal maintenance requirements over 50+ year service life
No cathodic protection or coating renewal costs
Reduced energy consumption from lower friction losses
Faster installation reducing labor costs by 40-60%
Lower risk of catastrophic failures and associated repair costs
Our PE pipe is manufactured using premium-grade PE80 and PE100 polyethylene resins with Minimum Required Strength (MRS) ratings of 8.0 MPa and 10.0 MPa respectively. PE100 material offers a design stress of 8 MPa with a safety factor of 1.25, delivering a proven service life exceeding 50 years in demanding applications. This advanced material composition ensures our PE pipe outperforms traditional piping materials in corrosion resistance, impact strength, and long-term reliability.
We produce PE pipe in diameters ranging from OD 16mm to 1200mm, accommodating projects of all scales from residential water services to large-diameter municipal transmission mains. Our pressure ratings span from PN4 to PN25 (40 psi to 250 psi), with multiple SDR (Standard Dimension Ratio) options including SDR41, SDR26, SDR21, SDR17, SDR13.6, SDR11, SDR9, SDR7.4, and SDR6, providing flexibility for diverse hydraulic design requirements.
Every meter of Midas PE pipe undergoes rigorous quality testing before shipment. Our manufacturing processes comply with ISO4427, AS/NZS4130, and ASTM standards, with material classification meeting ASTM D3350 Cell Class requirements. We maintain ISO 9001:2015 quality management certification and conduct comprehensive testing including hydrostatic pressure testing, tensile strength verification, impact resistance evaluation, and dimensional accuracy inspection.
Ready to enhance your infrastructure with premium polyethylene piping solutions? Our technical sales team is available to discuss your project specifications, provide customized quotations, and recommend optimal PE pipe configurations for your application.
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