Scientists have created a new type of fabric that can protect against chemical, biological, and radiation threats.

    This fabric uses a double-layered system to shield the wearer from harmful substances.

    The outer layer repels water and oil, while the inner layer provides protection against various threats.

    The inner layer is coated with zinc oxide nanoparticles and graphene nanoplatelets.

    These particles are spread onto a military-grade camouflage fabric using a specific method.

    The fabric's properties, such as strength, flexibility, and breathability, were tested and found to be suitable for protective clothing.

    The fabric was also tested against chemical and biological agents, as well as radiation.

    It showed strong resistance against acids, bases, and bacteria.

    The fabric was also effective against viruses, using a surrogate for the SARS-CoV-2 virus.

    It was tested against high-voltage X-rays and various types of radiation, showing good attenuation properties.

    The fabric's performance was assessed using international standards, ensuring its reliability.

    The goal is to create comfortable and effective protective clothing for both military and civilian use.

    This new fabric technology offers a promising and cost-effective solution for protection against multiple threats.

    It is breathable, durable, and can be produced on a large scale, making it practical for real-world applications.

New Fabric Tech: Breathable Defense Against Chemical and Radiation Threats

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