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 ·Primary Target Materials： Metals/Alloys：CuGa、ZnTe、CuNi、Ag、In、Mo、Ti、Ni、Cr、 Ceramics/Oxides： UTO、ICO、IXO、ITO、AZO、ZTO、TiO₂、 ·High-purity vapor deposition materials：ITO、IXO、ZTO、 Core Materials Matrix Si、Cu、Al ZrO₂、NiO、In₂O₃、SnO₂、ZnO AZO、NiO、Mo、ZnO、SnO₂、Cu、In、Se Product Applications
1. HJT Solar Cells | High Conversion Efficiency
Specifically developed for heterojunction cells. By depositing transparent conductive films (TCOs) with exceptional uniformity and metal back electrodes, carrier collection capacity and interface passivation are significantly enhanced, helping to push photovoltaic conversion efficiency to new heights. 2. Perovskite Solar Cells | Steady-State Gain
Empowering next-generation photovoltaic technology. Widely used in transparent electrodes, buffer layers, and interface modification layers, these solutions improve film density and stability, enhancing the long-term reliability and weather resistance of devices at the microscopic level. 3. BC Solar Cells | Ultimate Light Harvesting
Supporting back-contact cell processes. Utilizing high-performance targets to precisely deposit back electrodes and transparent conductive layers, these solutions eliminate front-side grid shading, achieving superior light harvesting performance and current collection efficiency.
4. CdTe Thin-Film Solar Cells | Durable Protection
Designed for cadmium telluride (CdTe) thin-film solar cells. Ensures film uniformity and conductivity in transparent conductive layers, buffer layers, and back electrode layers, enhancing device performance stability and resistance to degradation in harsh outdoor environments. Why Choose UV Tech Material LTD.? High Purity: Rigorous process control ensures that the films deliver exceptional light transmittance and consistent electrical conductivity. Certified Systems: The production process strictly adheres to management system standards such as IATF 16949, ISO 9001, ISO 14001, and ISO 45001. End-to-End Support: We provide comprehensive technical support ranging from material customization and backplane bonding to large-area sputtering applications. Key Benefits: Enhances photovoltaic conversion efficiency, extends device lifespan, reduces manufacturing costs, and supports the development of new technologies. |