Start Offtake
✅ Pipe Start Offtake – Reliable Pipe Fitting for Drip Tape Systems
✅ Product Overview
The Start Offtake is a precision-engineered compression fitting designed for secure and leak-free connection between drip tape and PE mainlines. Widely used in agricultural irrigation, greenhouse plumbing, garden systems, and emergency pipeline repairs, this component ensures fast installation, durable performance, and system integrity. It is crafted by HYRT—an established manufacturer known for UV-resistant, long-lasting irrigation solutions.
✅ Key Attributes
✅ New, High-Durability Material
Fabricated from 100% virgin high-grade plastic infused with UV-stabilizers to resist degradation and maintain color integrity for at least three years.
✅ Smart, Simplified Structure
Optimized for quick installation and removal with a minimalistic, ergonomic design.
✅ Extended Working Life
Built to endure prolonged use—resistant to UV, aging, and environmental stress.
✅ Factory-Scale Manufacturing
Produced via advanced molds at HYRT’s facilities; supports custom packaging and OEM capacities.
✅ Versatile Design Options
Available in multiple specifications to suit various drip irrigation setups.
✅ Typical Applications
✅ Initiating connection between drip tape and PE mainline in agricultural fields
✅ Greenhouse irrigation network setups
✅ Garden or landscape irrigation systems
✅ Rapid repair or replacement of damaged drip tape sections
✅ Flexible integration in commercial drip irrigation designs
✅ Product Series & Technical Data
✅ Model (Item No.) | ✅ Specification (Ø mm) | ✅ Box Quantity |
---|---|---|
LCO0016 (Start Offtake) | 16 | 1200 |
LCO0020 (Start Offtake) | 20 | 1000 |
✅ Additional Context & Insights
According to broader industry references, offtake connectors (also known as start connectors) are essential components in drip irrigation setups, facilitating quick, reliable connections between drip tape and supply lines. They're typically made from UV-resistant polypropylene and designed for easy push-in installation, offering long-term performance under varying field conditions