7 Stream Fertilizer Nozzle for Liquid Applications – Blue

Description

When you’re applying liquid fertilizer and need even coverage across a wider band, this seven-stream nozzle gets the job done right. The TeeJet Streamjet design creates multiple streams that work together to give you consistent distribution without the gaps or overlaps that can happen with single-stream tips. It’s built specifically for fertilizer applications where precision matters.

What You’re Getting

• Seven individual streams that create a wide, even pattern perfect for banding or sidedressing operations
• Durable polymer construction that resists corrosion from liquid fertilizers and farm chemicals
• Size 3 orifice that provides the right flow rate for most liquid fertilizer applications
• Cap and tip combo design—everything you need in one package
• Color-coded blue body makes it easy to identify the right size at a glance

Built for Real Farm Work

This nozzle shines when you’re running liquid fertilizer through sprayers, applicators, or toolbar setups. Whether you’re sidedressing corn, applying starter fertilizer at planting, or doing post-emerge fertilizer applications, the seven-stream pattern gives you the coverage you need without waste. It’s designed to handle the thicker consistency of liquid fertilizers while maintaining consistent flow rates.

Made to Last

The polymer material stands up to the corrosive nature of liquid fertilizers better than metal alternatives, and it won’t crack or chip like ceramic tips can when they get knocked around. TeeJet has been perfecting spray system components for decades, and this nozzle carries that same attention to quality and durability.

Installation Notes

Installation is straightforward—just thread it into your compatible TeeJet nozzle body and you’re ready to go. If your spray pattern starts getting uneven, it’s usually time to clean debris out of the orifice rather than replace the whole tip. Keep a spare or two on hand since switching between different orifice sizes is as simple as swapping nozzles when conditions change.