Meet us at the PV Conference & Exhibition in Hamburg
[14/09/2009]
With its special mechanical and its chemical properties molybdenum is a preferred material for the most demanding requirements. It has a very high melting point, a low thermal expansion coefficient and a high thermal conductivity and is used in numerous industries because of these properties.
At the 24th PV Conference and Exhibition in Hamburg we will present our planary sputtering targets made of Mo, MoNa and CuGa. Our special highlight: PLANSEE monolithic rotary sputtering targets made of molybdenum for an efficient coating process and maximum cost efficiency. Our international experts in thin film coatings are looking forward to discussing future trends and developments with you. Don't miss the chance to attend an excellent platform for dialogue and information exchange across the world. We look forward to seeing you at our booth!
European Photovoltaic Energy Conference and Exhibition September 21 - 24, daily from 9 a.m. - 6 p.m. Hall B4U / Booth # B4U/22
Our sputtering targets for the solar industry are characterized by their extremely high density and mechanical stability. With our innovative material alloys and geometries we contribute to more target utilization and stable sputtering results. Our products have been making decisive contributions to improve the performance of thin film solar cells based on CIGS- and CdTe-technology. With our inhouse production route from the raw material to the final product and our innovative power we are the preferred development partner for customers, universities and research labs.
If you would like to make an appointment in advance or get further information about our products please contact coating@plansee.com. We are looking forward to your request!
With its special mechanical and its chemical properties molybdenum is a preferred material for the most demanding requirements. It has a very high melting point, a low thermal expansion coefficient and a high thermal conductivity and is used in numerous industries because of these properties.
