Description
Mauldon Hydro-Shift PN12.5 (450mm OD): Technical Product Overview
Designed for large-scale fluid transfer where standard PN10 lacks required surge margins and PN16 adds unnecessary wall thickness and weight, the Mauldon Hydro-Shift PN12.5 (SDR 13.6, 450mm OD) optimizes the ratio between pressure capacity, flow velocity, and material efficiency across a four-layer co-extruded architecture:
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1. Micro-Grooved Anti-Turbulence Inner Liner: The smooth inner layer is precision-extruded with sub-millimeter axial fluid guides that suppress boundary-layer turbulent eddies during high-velocity pumping ($>3.5\text{ m/s}$). This reduces head loss and lowers operational energy demands for booster stations.
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2. Bimodal PE100-RC Crack-Resistant Core: Formulated with stress-crack-resistant bimodal high-density polyethylene, the main structural wall prevents point-load slow crack growth (SCG) caused by sharp rocks or non-excavated trench bedding during directional drilling (HDD) or open-trench installations.
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3. Integrated Structural Strain-Sensing Helix: Co-extruded directly into the outer reinforcement band, embedded fiber-optic sensing filaments track long-term pipe wall deflection, hoop strain, and ground subsidence, offering early-warning telemetry before joint or wall integrity is compromised.
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4. UV-Stabilized Slate-Grey Protective Outer Shell: Features a tough, abrasion-resistant outer jacket with co-extruded bright orange identification striping for rapid field recognition during municipal utility locating and open-cut mining maintenance operations.




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