Innovative Nanotechnology for Next-Generation Electronics
PINA Creation’s proprietary technology for semiconducting nano dispersions represents a cutting-edge approach to revolutionize electronics manufacturing. Our innovative technology ensures exceptional performance, stability, and long-lasting durability for electronics. With unmatched advantages in conductivity, scalability, and cost-efficiency, PINA innovations empower businesses to stay ahead in an ever-evolving market of flexible and rigid electronics.
key Technological Features:
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Low-Temperature Processing: PINA's nano dispersions allow film formation below 100°C, supporting flexible electronics and energy-efficient manufacturing without high-temperature processes.
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Metal-Oxide Nanoparticle Dispersions: Our advanced metal-oxide nanoparticles inks ensure precise film control, excellent electrical performance, and high durability.
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High-Performance Nano Dispersions: Our innovative techniques create stable nano dispersions with customizable sizes and concentrations, ensuring long-term stability and exceptional optical and electrical properties.
How PINA Technology Works​​​
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Customizable particle sizes and concentrations are achieved for specific applications.
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The inks are applied using advanced techniques like inkjet printing, R2R, and spin coating.
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The low-temperature deposition process allows integration into various substrates without damaging sensitive materials, making the technology ideal for flexible electronics.
Applications of PINA Technology
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Printed Electronics: Enabling cost-effective manufacturing for high-performance printed electronics.
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Photovoltaics (Solar Cells): Enhancing efficiency and durability in solar energy applications.
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Flexible Displays: Supporting the next generation of flexible screens and wearables.
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Sensors & IoT Devices: Providing reliable performance in small-scale, high-tech devices.
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Smart Textiles: Integrating electronics seamlessly into fabrics for wearable technology.
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Organic Light-emitting Diodes (OLEDs) Applications: Improving charge transport and efficiency in OLEDs for advanced displays and lighting solutions.
