COMER - NEISCO uPVC Injection Hybrid Tee 90° Slip-Threaded (Class E / PN16) - Rigid High-Pressure Imperial/Metric Branching System from "AgriKoshk"

Overview

Premium, laboratory-tested, and structurally optimized certified rigid fluid hybrid branching systems manufactured via high-pressure automated injection molding by the industrial alliance of "COMER - NEISCO" and certified within "AgriKoshk" digital commerce platforms under the technical specification "Tee 90° plin/threaded". Formulated through high-density polymer matrices that exclude plasticizing agents, this 3-way perpendicular configuration integrates dual inline slip-solvent welding sockets (plin) and a single orthogonal 90-degree internal female threaded branch socket. Compliving strictly with rigorous international engineering benchmarks rated uniformly at a powerful nominal pressure threshold of **PN16 / Class E**, it is universally engineered to deliver high-velocity, friction-free fluid bifurcation transition running seamlessly from smooth pipe mainlines to threaded distribution accessories.

Key Strategic & Biochemical Features: * Hybrid Structural Unit Integration: Strategically combines inline solvent welding technology for straight hydraulic continuity and a perpendicular mechanical threaded interface on the branch. This configuration eliminates intermediate female socket adaptors, minimizing dynamic micro-leak risks. * Precision-Molded Female Threaded Branch: Features standard, high-durability internal threads molded under absolute automated controls on the 90-degree branch, providing secure, leak-free mechanical attachment to male threaded valves, risers, and pressure gauges without chemical solvents. * Monolithic High-Pressure Injection Integrity: Molded under extreme automated precision to create a single, seamless 3-way hybrid component free from internal weld lines, ensuring symmetrical distribution of mechanical stresses and peak pressure resistance against water hammer spikes up to **16 Bar** ($PN16$). * Absolute Chemical Inertness & UV Immunity: Smooth inner walls eliminate compound precipitate buildup, showing complete chemical resistance to aggressive agricultural chemigation acids and corrosive fertilizers while preventing thread degradation or climate stress cracking ($UV\ Resistant$).

Biosafety, Technical Installation Criteria, & Field Storage Mandates: * Critical Site Storage Controls: To preserve precise thread profile configurations and smooth inner socket concentricity, hybrid tee fittings must be stored inside clean protective crates or designated shaded zones; avoid dropping components to safeguard all distinct socket configurations. * Professional Solvent Welding & Threaded Assembly Protocol: For the inline slip joints, thoroughly abrade and clean pipe ends and inner sockets using a designated chemical cleaner, apply high-bonding solvent cement uniformly, and hold firmly. For the threaded perpendicular branch, clean the internal threads, apply premium PTFE sealing tape over the mating male thread in the direction of the ridges, engage manually to prevent cross-threading, and tighten using a calibrated wrench without over-torquing to prevent split fracturing of the female walls. A full 24-hour curing loop is mandatory before testing high-pressure lines.

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-00049.