90-Degree Barbed Elbow

Code	Size (Ø)	Quantity
016 DKK K16 000 K16	16 × 16 mm	1 pc

Категория: Accessories

The 90-degree barbed elbow is a directional routing fitting engineered to couple two segments of lateral drip tubing or flexible hoses at a precise right angle. Deploying this specific fitting entirely eliminates unwanted kinks, structural pinching, or looping along the line—critical issues that typically cause severe localized pressure drops or completely obstruct the hydraulic flow within the irrigation network.

The structural housing is manufactured from premium, UV-stabilized black technical polymer formulated to resist intense open-field solar exposure and continuous contact with concentrated agrochemical fertilizer solutions. The precision-engineered profile of the multi-tiered barbed inserts ensures deep penetration into the tubing walls, establishing a high-friction mechanical grip that guarantees absolute joint stability under rugged field conditions.

Type: Directional angular barb connector (90-degree elbow)
Material: UV-stabilized, high-grade virgin technical polymer
Size: 16 mm × 16 mm (both ports feature identical 16 mm outer diameter barbs precision-sized for standard drip lines)
Deflection angle: 90 degrees
Key design features: Structurally reinforced center bend matrix engineered to absorb cyclic water-hammer surges and external mechanical impacts

This directional barbed elbow is precision-rated for routing complex, branched micro-irrigation grids and automated watering layouts in both open fields and protected greenhouse structures. Primary Engineering Functions: 90-Degree Lateral Routing: Facilitating clean, structured branching of individual watering lines straight from the primary supply mainline down into the cultivation beds. Obstacle Circumvention: Navigating flexible tubing runs smoothly around structural perimeters, building corners, trees, or landscaping hardscapes without inducing hose twists or structural stress. Confined-Space Installation: Compacting water distribution manifolds and layout nodes within tight, high-density greenhouse configurations.