HARDI ISO NANODRIFT
Air inclusion nozzles
Reducing drift at higher volume rates
The HARDI NANODRIFT nozzles should be used when high drift reduction is required. The NANODRIFT nozzle will at low pressures reduce drift to a minimum. The droplet spectrum is coarse to very coarse; safe for drift control but without risking poor coverage and deposition on leaves.
The NANODRIFT is available in 8 sizes and has a working pressure of 1.0 to 6.0 bar, this nozzle is the ideal solution when higher volume rates are required.
90% drift reduction according to JKI tests
The commonly used size of HARDI NANODRIFT nozzles is approved at the German Julius Kuehn Institute (JKI) and will be registered in the drift reduction technology scheme. The Julius Kuehn drift reduction level is the highest worldwide and the registration is used in several countries in Europe.
The unique single jet design minimises the risk of dirt blockage while being easy to clean from the top of the nozzle. With the colour tip option, the one-unit handling will ease the mounting and de-mounting of the nozzle. This single jet design also allows the nozzle to be operated on both TWIN and conventional boom systems.
Specifications:
- Working pressure: 1.0 to 6.0 bar
- ISO: flow, colours, sizes and nomenclature
- Application rates from 85 to 850 l/ha (at 8 km/h)
- SYNTAL: Precision-moulded thermoplastic
The HARDI ISO NANODRIFT nozzles are also available as S-Tip variants.
This means that you can now enjoy complete flexibility when it comes to choosing the right nozzles, regardless of the sprayer brand you own. The S-Tip nozzles fit most sprayers available in the market.
Read more about HARDI NANODRIFT Nozzles
JKI Approvals
NANODRIFT 02: Approved at 1.5 to 6.0 bar for a maximum drift reduction of 75%
NANODRIFT 025: Approved at 1.0 to 6.0 bar for a maximum drift reduction of 90%
NANODRIFT 03: Approved at 1.0 to 6.0 bar for a maximum drift reduction of 90%
NANODRIFT 04: Approved at 1.0 to 6.0 bar for a maximum drift reduction of 90%
NANODRIFT 05: Approved at 1.0 to 6.0 bar for a maximum drift reduction of 90%
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