Ariteks Nanotek offers co-operations via usage of this infrastructure. The equippments can be used to start to developpe any chemical for solar cells research. Prototype modules can ben easliy developpe by using high temperature furnace, glowbox and many kind of laser sytems. Besides all those activities, our high temprature inorganic melting furnaces are ready to use for new inorganic complex materials.
Thanks to our 2 liter high tech reactor, its possibel to produce desired particle sized oxides. Material phase structure and particle size can be adjusted by optimizing reciept. The reactor is used only for the production of nano titanium dioxide.
Universally applicable laboratory circulation mill; with easy handling and the use of small quantities from 0.25 to 0.5 l for product sizes down to the nanometer range. Within a short time it is possible to conduct many tests with low product loss and significant results.
Extra strong centrifugal acceleration with up to 95 g and up to 1,100 rpm provide ultra-fine grinding results down into nano range. Has the highest process reliability and precise reproducibility. Depending on the desired final fineness, the grinding can be performed dry or in suspension.
The device combines the reliability with state-of-the-art control and programming. Our three roller mills have extraordinary precision, control of particle dispersion and precision of reproducibility. Device can be operated as filter(gap mode) or high shear force grinding(force mode).
Solar simulator is a reliable device with 20 mm by 20 mm area and can be operated with Nanotek software and power characterization tool. It has 1000W/m² 1.5 AM characteristic. Precise results can be achieved.
Powe characterization tools are designed to be used with solar simulator and direct sun light to obtain and calculate efficiency parameters, voltage-current graphical and numerical datas which are the main parameters of every solar cell.
Scanning electron microscobe helps to analyze coated materials. It is possible to obtain information about coating thicknesses, quality and purity of coating in nanometer scale
This device is used to make solder on to nonmetallic surfaces like glass or wood. It provides low contact resistance and high adhesion solders on surfaces and raise surface conductivity compairing to conventional solders.
Glovebox provides inert condition media to perform special chemical reactions. It serves suitable condition for prepairing electrolyte, cell filling and other inert ambient applications. Glovebox includes a UV curing station, computer controlled dispersion station and small and large antechambers.
The device handles precise screen print applications computer controlled structure from any laboratory size to 50 cm by 50 cm modules applications. Precision due to camera controlled fine x-y axis control provides close layer coatings.