Precision Spray Technology

Low Drift Nozzles

Precision Spray Technology

Low Drift Nozzles

TeeJet’s drift‑reducing nozzle technology helps ensure accurate spray applications while protecting surrounding crops, water sources, and the environment. JKI‑approved and engineered for consistent droplet formation, these nozzles reduce off‑target drift and support compliant, efficient pesticide application.

ADVANCED TECHNOLOGY. MINIMAL DRIFT.

boom sprayer operating in a field

TeeJet offers a comprehensive range of spray nozzles specifically engineered to minimize pesticide spray drift, ensuring both regulatory compliance and environmental protection. Drift-tested and approved by leading institutes such as Germany’s JKI, these nozzles are designed to generate coarser, more uniform droplets that significantly reduce the risk of off-target spray movement.

Spray drift occurs when the smallest droplets become airborne and are carried by wind, leading to underdosing of crops and contamination of adjacent fields, watercourses, and inhabited areas. To address this challenge, TeeJet nozzles are optimized to deliver precise flow rates and droplet sizes across various dose rates, effectively reducing drift while maintaining application accuracy.

TTI11004-VP

Turbo TeeJet® Induction

The ultimate drift control spray tip capable of producing <2% driftable fines.

PWM Approved!

AIXR11003VK

AIXR TeeJet®

The best balance between spray coverage and drift control.

Air Induction Turbo TwinJet®

Air Induction Turbo TwinJet®

Dual tapered edge spray tip with air-induction technology.

PWM Approved!

TTI60-11004VP

TTI TwinJet®

The tip-cap design allows for quicker installation in the field and can be disassembled for cleaning.

PWM Approved!

  • Certified drift reduction levels, meeting or exceeding standards set by JKI, LERAP (UK), INRAE (France), and DRT (Netherlands)
  • Generation of coarser droplets that reduce airborne drift by up to 95% depending on nozzle type and certification
  • Compliance with regional regulations, enabling lower buffer zones and safer spraying near sensitive areas
  • Enhanced environmental safety by protecting watercourses and neighboring crops from contamination
  • Consistent flow rate distribution for uniform application and improved crop protection efficacy