We present a universal stirrer type – Nanostir which causes a dynamic radial flow.
It ensures an effective course of the mixing process, grinding the mixed substance/materials and its quick dispersion in the solvent.
In addition, it is adapted to the mixing processes taking place in the presence of substances/ materials with micro and nano particles. Thanks to the unique design, the stirrer reaches even the smallest particles which significantly increases their active surface in the solution.
NANOSTIR ADVANTAGES
Innovative, patented and novel solution
Thefirst solution of this type in the world
Multifunctional agitator
It enables the fine grinding of substances/ materials of different density and viscosity
Mechanical twisting is an effective and important method that generates internal stresses, changes the orientation of molecules and increases compactness
The first nano agitator adapted to micro and nano scale applications
The agitator Nanostir intensifies the mixing process (generates savings) • Shortening the mixing time • Mixing speed reduction (rpm)
THE NANOSTIR APPLICATION EXAMPLE
LABORATORY USE
Medical, biological, biotechnological and chemical laboratories
R&D laboratories
Nanotechnology laboratories
Industrial laboratories
Scientific centers
School laboratories
INDUSTRIAL USE
Food industry
Pharmaceutical industry
Chemical industry
Cosmetics industry
Petrochemical industry
Building materials industry
Preparation and standard laboratory
activities:
preparation of substances for chemical reactions,
homogenization of heterogeneous systems,
equalization of bracings, temperature equalization,
prevention of sludge aggregation,
the formation of a suspension suitable for transfer to the filter,
thorough mixing of the phases,
obtaining homogeneous solutions,
emulsions and suspensions
Nanotechnology applications:
twisting gives interesting fiber properties including chemical, mechanical, electrical and thermal properties,
creating a helical structure promises to break limited formability and increase structural flexibility
Spiral structures have many unique properties (e g self shrinking and creating an extremely tangled structure, fast stretching with high elasticity, high axial and lateral deflection and excellent resistance to fatigue)