LBL BY SPRAY COATING

TECHNOLOGY 

The Electrostatic Self Assembly Multilayer (ESAM) method can be modified to accelerate the deposition process. Instead of immersing the substrate in different anionic and cationic aqueous solutions, these solutions can be sprayed with a high-pressure sprayer, which reduces the coating time from several minutes to a few seconds.

In order to automatize the spraying, an electro-pneumatic system is required to control the activation and deactivation of each sprayer, in addition to a mechanism that provides movement to the spray nozzles or to the substrate.

Achieve your spray goals with precision.

Uniform and very small drop sizes.

15 micrometers

What type of nozzles suits your needs?

MORE OPTIONS AVAILABLE

NADETECH´S NOZZLE

Ø 2-10 mm for flow rates between 0,01ml/min and 6 ml/min

Software interface

Complete control of the different available options

Spraying frequency

Flow rate configuration

Nozzle speed

Nozzle distance

Sample positioning

Air pressure

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Save your formulas for further uses

You can save presets and configurations: sizes, target sizes, nozzle speed, paths, flowrate, working pressure, working temperatures, working materials, etc.

LET´S TALK

HAVE YOU FOUND EVERYTHING YOU ARE LOOKING FOR?

In Nadetech, we consider each project as a personal challenge, <adapting to the environment> and offering the best solution whether it is possible or impossible!

WE ARE EAGER TO KNOW WHAT YOU WANT

Challenge us!

    THEY ALREADY TRUST US

    A lot of parameters can be adjusted, large range of speed.
    University of Pisa, Italy
    Very intuitive and easy to manipulate
    Public University of Navarra, Spain
    Versatile, simple to use
    Institute of Polymer Materials and Technology, Kazakhistan
    Simplicity of using and not so much space dedicated to in the lab CNRS
    Centre National de la Recherche Scientifique, France
    Simplicity of design
    Nanyang Technological University, Singapore
    Efficient, easy to use
    CETIM, Spain
    Practical
    Freie Universität Berlin, Germany