Netafim NetaFlex 3G Venturi Injector - PVDF-M50 - 13 GPH - Dual

Draw Concentrate Into Irrigation Water Accurately - 13 GPH Rating

Feeding a fertigation system means getting concentrated solution into the water line reliably. This Netafim venturi injector uses water flow to pull concentrate into the irrigation stream, so you add nutrients or concentrated acid at the point of injection. It is rated at 13 GPH and built for NetaFlex 3G systems.

The 13 GPH rating suits growers who run a NetaFlex 3G system and need a replacement or an added injection point, whether in a home setup or a commercial room.

Key Features & Benefits

• Venturi design — draws concentrate into the line using water flow.
• 13 GPH rating — gives a defined injection capacity for planning your feed program.
• Made for NetaFlex 3G — matches the system it is sold for.
• Dual configuration — as named in the PVDF-M50 Dual model designation.

Who Should Use Netafim NetaFlex 3G Venturi PVDF-M50 13 GPH Dual

Growers running a NetaFlex 3G fertigation system who need to inject concentrated nutrient or acid solution into irrigation water.

About Netafim NetaFlex 3G Venturi

Netafim makes irrigation and fertigation equipment. This venturi injector is rated at 13 GPH and is used on NetaFlex 3G fertigation systems. It is sold individually.

Frequently Asked Questions

Q: What system does it fit?
A: It is made for Netafim NetaFlex 3G fertigation systems. Check your system model before ordering.

Q: What does 13 GPH mean?
A: GPH is gallons per hour. It is the injector's rated flow of 13 gallons per hour.

Q: What is a venturi injector?
A: It is a fitting that narrows the water path so flow creates suction. That suction pulls concentrated solution into the irrigation water without a separate dosing pump.

Q: Can I use it with concentrated acid?
A: Retailer listings describe a NetaFlex 3G venturi for concentrated acid at this rating. Confirm chemical compatibility with Netafim for your exact solution before use.

Q: How many come in an order?
A: One injector, sold each.