Martignani Electrostatic Sprayers
What is an electrostatic nebulizer?
Precision spraying for more efficient, sustainable applications with lower water consumption.
Martignani electrostatic sprayers use low-volume pneumatic technology to produce uniform, electrically charged droplets that are attracted to vegetation. The result is a more homogeneous application, greater penetration into the canopy, and less waste of solution due to drift and runoff.
Main advantages
Greater penetration into the canopy;
Uniform droplets of 100–130 µm;
Reduction of losses due to drift and runoff;
Lower water consumption and fewer refills;
Specialized technical support from Hubel Verde.
Which sprayer is most suitable for your operation?
Our technicians can help select the model suitable for the crop, size of the farm, and purpose of the application.
Martignani range
Discover which Martignani sprayer is most suitable for your operation with the technical support of Hubel Verde.
Why choose a Martignani sprayer?
Uniform coverage
The droplets have a uniform diameter (100–130 µm), allowing for homogeneous distribution on the vegetation.
Lower water consumption
Low-volume spraying significantly reduces the amount of solution needed.
Greater penetration
The pneumatic flow and electrostatic charge increase deposition within the canopy.
Less drift
The technology reduces losses to the environment and increases application efficiency.
Recommended for:
Vineyards; Olive Groves; Orchards; Kiwifruit; Citrus; Nuts; Stone Fruit.
Martignani
vs
Conventional spraying
Martignani
vs
Conventional spraying
Martignani
vs
Conventional spraying
FREQUENTLY ASKED QUESTIONS
Direct answers to your questions.
Yes. Depending on the crop, production system, and farm objectives, Martignani electrostatic nebulizers can replace conventional sprayers or complement the application strategy. Their use helps reduce water consumption and product waste, improve coverage and application uniformity, and minimize environmental impact.
Yes. By improving coverage and reducing losses, they allow using less product and achieving better results in treatments.
Because they operate at low volume, maintaining high coverage of vegetation thanks to the combination of pneumatic nebulization and electrostatic charge.
Yes. The airflow and uniform droplet size allow for better penetration into the vegetation compared to conventional systems.
Vineyards, olive groves, orchards, citrus fruits, dry nuts, and other tree and shrub crops (adapting to the models marketed by Hubel Verde).
