Name: Silver nanowires, 5g/L in isopropanol, 50 nm diameter
Brand: Reinste Nano Ventures pvt ltd
SKU: RN-PL-AgW50-IP-25m
Availability: InStock

Product Overview

Hiyka's Silver Nanowires suspended in isopropanol, featuring a concentration of 5g/L and an ultra-fine diameter of 50 nm, represent a breakthrough in conductive nanomaterial technology. Engineered for optimal performance, these silver nanowires combine exceptional electrical and thermal conductivity with unparalleled flexibility, making them ideal for a wide range of cutting-edge applications. From transparent conductive films and flexible electronics to photovoltaic enhancements, our silver nanowires ensure ease of integration and superior performance, thanks to their solvent-based suspension and precise nanoscale dimensions.

Key factor

Exceptional Conductivity: Utilizing silver's inherent high conductivity, optimized at the nanoscale for peak performance in electrical and thermal applications.
Ultra-Fine Diameter: The 50 nm diameter enables high transparency and outstanding flexibility, crucial for advanced transparent conductive overlays and flexible electronics.
Versatile Application: The isopropanol suspension allows for easy application across a variety of substrates using techniques such as spin coating, dip coating, and spray deposition.
High Aspect Ratio: The significant length-to-diameter ratio facilitates the formation of percolating networks at low filler concentrations, maintaining transparency while providing high conductivity.
Superior Performance: Engineered for applications that demand the highest standards in electrical conductivity, mechanical flexibility, and optical transparency.

Applications

Transparent Conductive Films: Essential for touch screens, OLED displays, and solar cells, offering a highly conductive and transparent alternative to traditional materials like ITO.
Flexible Electronics: Powers the next generation of wearable devices, flexible circuits, and smart textiles with its exceptional conductivity and mechanical properties.
Photovoltaic Enhancements: Improves the efficiency of solar cells through enhanced conductive pathways and light trapping, promoting sustainable energy solutions.
Electronic Sensors: Integral in the development of highly sensitive and responsive sensors for environmental monitoring, healthcare applications, and industrial processes.
Antimicrobial Coatings: Leverages silver's antimicrobial properties for protective coatings in healthcare, food processing, and public spaces.

Advantages

Advanced Conductive Properties: Delivers unparalleled electrical and thermal conductivity for high-efficiency electronic devices and systems.
Design Flexibility: Easily integrated into various manufacturing processes and product designs, enabling innovation in electronics and materials science.
Eco-Friendly and Cost-Effective: Offers a sustainable and economically viable alternative to scarce and expensive conductive materials.
Support for Innovation: Facilitates advancements in nanotechnology, electronics, and materials engineering, driving forward new discoveries and applications.
Scalable for Industrial Production: Available in bulk quantities to accommodate large-scale manufacturing without compromising quality or performance.