Sealing Grommet (Top Hat Rubber Seal)

Code	Size (Ø)
TP 111 000 013	Ø 16
TP 111 000 014	Ø 22

Категория: Fittings

This sealing grommet is a high-grade, elastic compressed seal engineered to structurally isolate and seal the junction points where barbed take-off connectors integrate into rigid structural PVC or HDPE secondary distribution lines. Installed directly within pre-drilled layout ports along the mainline, it establishes a high-integrity hydraulic barrier that completely prevents pressure leaks.

Manufactured from an advanced siliconized elastomer compound (high-durability rubber composite), the grommet retains its structural elasticity across broad operating temperature scales and resists hardening or stiffening during uninterrupted multi-seasonal water contact. Its optimized tapered profile, combined with an integrated locking seat-groove, locks the seal squarely within the pipe wall. This configuration facilitates an easy, tool-free manual insertion of the fitting’s barbed spigot while delivering extreme pull-out resistance under operational load.

Type: Inline annular compression seal for pipeline hot-tapping
Sizing options: 16 mm / 22 mm
Material: Heavy-duty technical elastomer with high resistance to chemical aging and solar UV weathering
Color: Translucent / White (indicating premium high-purity virgin compound processing)
Key features: Full chemical inertness, making it perfectly suited for heavy-duty commercial fertigation cycles

Sealing grommets are standard components when deploying permanent or long-term drip irrigation layouts across commercial orchards, vineyards, and greenhouse complexes where rigid plastic mainlines act as the primary water distribution infrastructure. They empower implementation teams to rapidly install hundreds of lateral take-off points cost-effectively, guaranteeing zero weeping or dripping connections across the entire watering season. Dimensional Precision: Thanks to rigid engineering tolerances, these grommets provide a perfect mechanical seat for start-connectors. This precision optimizes overall network hydraulic efficiency and extends the operational lifetime of the agrotechnical infrastructure.