Fullerene C70 – 98%

  • Molecular formula: C70
  • Molecular weight: 840.78
  • Purity: 99%
  • colour: black 
  • Exterior:  When visually inspected, the C70-98 + product was a dark black powder; after observation by a scanning electron microscope, the product was crystal clear and had a finer particle size than C60, about 3-30 μm.
  • Inspection report: HPLC

Product Overview

Our Fullerene C70 – 98% stands at the forefront of nanomaterial advancements, offering researchers and innovators a high-purity substrate for pushing the boundaries of current technology. This specific fullerene variant, with its elongated structure, opens up novel avenues for material development, energy solutions, and potentially pharmaceutical applications, combining high-quality performance with the intriguing possibilities afforded by its unique molecular configuration.

Key factor

  • Elevated Purity: At a 98% purity level, Fullerene C70 provides a robust foundation for various applications, ensuring high reliability and consistency in research outcomes and product development.
  • Distinct Molecular Geometry: The elongated shape of C70 influences its electron distribution and reactivity, offering unique advantages over spherical fullerenes in certain applications.
  • Chemical and Physical Versatility: Like C60, C70 can participate in a wide range of chemical reactions, allowing for functionalization that broadens its application scope.
  • Optical and Electronic Properties: Possesses distinct optical and electronic properties due to its structure, making it suitable for applications in photovoltaics and optoelectronics.

Applications

  • Enhanced Organic Solar Cells: Utilized to increase light absorption and charge separation in photovoltaic layers, contributing to higher energy conversion efficiency.
  • Advanced Electronic Devices: Plays a critical role in the development of next-generation transistors, OLEDs, and sensors, where its properties can be exploited for superior performance.
  • Nanocomposite Materials: Improves the structural and conductive properties of composites used in aerospace, automotive, and consumer goods sectors.
  • Biomedical Research: Investigated for its use in targeted therapeutic delivery and as part of innovative diagnostic assays, exploring the intersection of nanotechnology and medicine.

Advantages

  • Material Science Innovations: Facilitates the development of cutting-edge materials with enhanced mechanical, optical, and electrical properties, particularly in the fields of nanocomposites and coatings.
  • Photovoltaic Applications: The unique optical properties of C70 can lead to improved efficiency in organic photovoltaic cells, offering a path toward more sustainable energy solutions.
  • Biomedical Potential: Its capability for functionalization may be harnessed in drug delivery systems and diagnostic tools, presenting new opportunities in therapeutic and biomedical research.
  • Electronics and Sensing Technologies: The distinct electronic properties of C70 could enhance the performance of organic electronics, sensors, and photonic devices, pushing the envelope in device design and functionality.

Why HIYKA

Fullerene C70 – 98% exemplifies the continuous evolution of nanomaterials, providing a potent combination of high purity and unique molecular characteristics for pioneering research and development efforts. Its diverse range of applications underscores the material's potential to revolutionize industries and contribute to scientific breakthroughs. By integrating Fullerene C70 into your projects, you leverage the dynamic potential of fullerenes to foster innovation and address complex challenges across disciplines.

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