Certified high-density polyethylene PE100 pressure piping systems manufactured specifically for municipal potable water transmission, raw water conveyance, and urban distribution networks. Produced from 100% virgin bimodal polyethylene resin compound classified as MRS 10.0 (Minimum Required Strength of 10 MPa at 20°C for 50 years). Available across the entire continuous size envelope from OD 20mm service connection coils up to OD 1200mm heavy transmission straight lengths (6m and 12m), covering nominal pressure ratings PN6, PN10, PN16, PN20, and PN25 (SDR 26 down to SDR 7.4). Features co-extruded permanent royal blue identification stripes over a high-jetness carbon black matrix, guaranteeing total UV resistance, zero heavy-metal leaching, and non-toxic microbiological safety conforming to BS 6920 and WRAS potable water certifications.
| Pricing Verification | Commercial Quote on Demand (RFQ) |
| Governing Standards | ISO 4427-2, EN 12201-2, DIN 8074 / 8075 |
| Available Diameters | OD 20mm to OD 1200mm (Straight lengths 6m/12m & Coils 50m/100m up to 110mm) |
| Pressure Ratings | PN6 (SDR 26), PN10 (SDR 17), PN16 (SDR 11), PN20 (SDR 9), PN25 (SDR 7.4) |
| Base Material | Virgin Bimodal Polyethylene PE100 (Black with 4 Co-Extruded Blue Stripes) |
| Melt Flow Index (MFI) | 0.2 to 0.4 g/10 min (190°C / 5.0 kg, ISO 1133) |
| Density | >= 0.950 g/cm3 (ISO 1183, with carbon black 2.0–2.5%) |
| Elongation at Break | >= 600% (ISO 6259-1) |
| Slow Crack Growth (SCG) | > 10,000 Hours (PENT test / AFNCT, ISO 13479) |
| Hydraulic Roughness | k = 0.007 mm (Prandtl-Colebrook) / C = 150 (Hazen-Williams) |
| Design Operating Temperature | -40°C to +40°C (Derating applicable up to +60°C) |
| Sector & Division | Water & Wastewater (Div 01) |
| Parent Category | HDPE PE100 Pressure Pipes |
Municipal raw water transmission trunk pipelines, urban potable water distribution grids, booster pumping station discharge manifolds, river water intake crossings, reservoir distribution pipelines, and major civil water infrastructure projects across Baghdad, Basra, Erbil, Mosul, and Najaf.
High-density polyethylene PE100 pressure pipes represent the foundational arterial backbone of modern civil municipal water networks, engineered strictly in accordance with ISO 4427-2, EN 12201-2, and DIN 8074/8075 standards. The raw material formulation utilizes high-molecular-weight bimodal hexene or octene copolymer resins with high carbon black dispersion (2.0% to 2.5% mass content) conforming to ISO 6964. This molecular configuration yields an extraordinary resistance to slow crack growth (SCG) exceeding 10,000 hours in the Accelerated Full Notch Creep Test (AFNCT) and rapid crack propagation (RCP) critical pressure exceeding 16 bar at 0°C (ISO 13477 S4 test). The material exhibits complete chemical passivity against aggressive dissolved minerals, hydrogen sulfide, and acidic soils, eliminating internal encrustation, tuberculation, and galvanic corrosion throughout a minimum 100-year design life.
From a mechanical operational perspective, PE100 pipe demonstrates exceptional viscoelastic strain capability, with elongation at break exceeding 600% and elastic modulus designed to absorb severe surge pressures and catastrophic water hammer shockwaves that routinely rupture brittle ductile iron and asbestos-cement lines. The smooth internal bore delivers a Hazen-Williams hydraulic roughness coefficient of C = 150 and Darcy-Weisbach roughness of k = 0.007mm, reducing pumping electrical power consumption by up to 30% compared to traditional metallic conduits. Certified butt-fusion and electrofusion jointing produces a continuous, fully monolithic piping network where joint interfaces possess higher tensile strength than the virgin pipe barrel itself, permanently eliminating joint seal blowouts under cyclic ground shifting and heavy live traffic overburden.
In the extreme deployment context of Federal Iraq and the Kurdistan Region, these piping systems solve critical environmental vulnerabilities. During summer peak months, surface soil temperatures frequently exceed +60°C in Basra, Dhi Qar, and Baghdad, accelerating degradation in inferior polyolefins. Our PE100 formulation incorporates specialized high-potency thermal stabilizers and HALS (Hindered Amine Light Stabilizers) that withstand severe thermal oxidation, thermal stress cracking, and intense solar UV ultraviolet radiation during prolonged desert laydown staging. Fully verified for compliance with Ministry of Municipalities and Public Works (MMPW) and Mayoralty of Baghdad technical tender requirements, providing dependable bulk water delivery to expanding population centers.
Every production batch is delivered with complete EN 10204 Type 3.1 inspection certificates, including hydrostatic burst test records (ISO 1167 at 20°C and 80°C), melt flow rate (MFR) tests, carbon black content and dispersion reports, and formal WRAS / BS 6920 potable water hygiene conformity documents.
While nominal pressure (PN) is rated at 20°C, international standard ISO 4427 provides thermal derating factors: at 30°C working pressure factor is 0.87, at 40°C it is 0.74, and at 50°C it is 0.60. For desert installations where buried pipe depth exceeds 1.2 meters, soil temperatures stabilize significantly lower than ambient air, maintaining rated pressure integrity.
Yes. PE100 pipe easily transitions to existing ductile iron or steel networks using factory-molded PE100 flanged stub ends with galvanized ductile iron backing rings (drilled to EN 1092-2 PN10/PN16/PN25) or mechanical wide-tolerance universal coupling adapters.
