COMER - NEISCO uPVC Injection Long Reducing piece male/female (PN16) - Rigid High-Pressure Long-Transition Diameter-Reduction System from "AgriKoshk"

Overview

Premium, laboratory-tested, and structurally optimized certified rigid fluid linear connection modification systems manufactured via high-pressure automated injection molding by the industrial alliance of "COMER - NEISCO" and certified within "AgriKoshk" digital commerce platforms. Formulated through high-density polymer matrices that exclude plasticizing agents, this Long Reducing piece male/female configuration complies strictly with rigorous international and local engineering benchmarks ($EN\ ISO\ 1452$, $DIN\ 8063$, and $ES\ 1715$) rated uniformly at a powerful nominal pressure threshold of **PN16**. Universally engineered to deliver high-velocity, friction-free transformation of straight pipeline calibers under high-pressure water, chemical fertigation inputs, and volatile liquid mediums, utilizing a long transition profile to eliminate structural stress concentrations and optimize dynamic pressure performance.

Key Strategic & Biochemical Features: * Hydrodynamic Long-Transition Velocity Calibration: Seamlessly accelerates fluid velocity during systemic linear transitions from larger pipelines to smaller field distribution conduits, utilizing an extended length profile that minimizes inner turbulence ($Minimized\ Head\ Loss$) and optimizes dynamic head conservation. * Strategic Mechanical Stress Mitigation: The extended length of the reduction corridor strategically dissipates mechanical and hydraulic stress concentrations, completely eliminating the risk of localized shear vulnerabilities at the transition junction between the larger male connection and smaller female corridor up to **16 Bar** ($PN16$). * Monolithic High-Pressure Injection Structural Integrity: Molded under extreme automated precision to create a single, seamless component free from internal weld lines or structural weak points at the reduction shoulder, ensuring symmetrical distribution of mechanical stresses. * Absolute Chemical Inertness & UV Immunity: Possesses an ultra-smooth internal wall transition profile that completely eliminates internal scale deposition, mineral calcification, or trapped chemical precipitates while showing absolute resistance to aggressive fertigation acids and fertilizers.

Biosafety, Technical Installation Criteria, & Field Storage Mandates: * Critical Site Storage Controls: To preserve structural concentricity and prevent thermal warping, reducing piece fittings must be stored inside clean crates or designated shaded zones; avoid dropping or hammering components over abrasive terrains to safeguard both internal (female) and external (male) shoulder profiles. * Professional Solvent Welding Protocol: Prior to executing joint compounds, operators must thoroughly abrade and clean both different outer pipe ends (for the female socket) and the outer surface of the male reducing spigot, and clean all internal socket profiles using a designated chemical cleaner. Apply high-bonding solvent cement uniformly, engaging the joints with a firm manual hold for 60 seconds; localized hydraulic pressure testing is strictly prohibited until a full 24-hour curing loop has concluded to guarantee leak-free performance at maximum 16 bar parameters.

Sourced By: AgriKoshk Marketplace (The pinnacle of quality for certified strategic irrigation chemistry, rigid fluid piping systems, automated hydraulic valves, and high-yield agricultural sustainability matrices)

Usage

Follow label instructions. Adjust rates to crop, area, and season in Egypt.

Storage & safety

Keep sealed, dry, away from children. Check package on delivery.

Why AgriKoshk

Egyptian marketplace with nationwide shipping and Arabic support. SKU: AK-IRR-MAN-00020.