Straight Compression Coupling

Code	Size (Ø)	Quantity
016 EKK K16 000 K16	16 × 16 mm	1 pc
020 EKK K20 000 K20	20 × 20 mm	1 pc

Категория: Accessories

The straight compression coupling is an inline connection fitting engineered to facilitate the direct, coaxial jointing of flexible hoses or blank drip tubing segments of identical diameters. It functions as an indispensable asset for instantaneous structural remediation following mechanical pipeline damage (such as field cuts or punctures) and for expanding the total linear reach of an active lateral watering line.

The coupling housing is manufactured from premium, UV-stabilized virgin polymer formulated to resist environmental cracking under intense solar exposure and safely contain hydraulic operating pressures within micro-irrigation networks. The fitting features dual, ergonomic orange compression collet-nuts; when manually tightened, these nuts securely lock the flexible tubing onto the internal multi-barbed inserts, completely eliminating hose slippage or blow-outs even during sudden hydraulic surge fluctuations.

Type: Straight inline flow joiner (collet-to-collet compression interface)
Material: High-impact, structurally dense technical polypropylene
Sizing matrix: 16 × 16 mm; 20 × 20 mm
Key design features: High-torque ergonomic thread patterns on the compression nuts to facilitate rapid, tool-free manual tightening operations without requiring specialized wrenches

This inline compression coupling is precision-rated for integration into commercial agro-clusters, open-field fruit orchards, greenhouse operations, and automated landscape management networks. Primary Operational Objectives: Field Repair: Facilitating rapid, localized replacement of sliced or ruptured segments of drip lines, blank tubing, or lateral hoses, minimizing network downtime. Infrastructure Assembly: Mechanically combining short, residual pipe sections into a single, continuous, and high-integrity distribution mainline. Layout Transitioning: Integrating diverse operational control nodes or field manifolds into the primary framework via matching flexible bypass links.