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    Home > Chemicals Industry > Chemical Technology > Issue 6, 2015 - Ultra-nanomaterials leave bacteria with nowhere to hide

    Issue 6, 2015 - Ultra-nanomaterials leave bacteria with nowhere to hide

    • Last Update: 2022-11-13
    • Source: Internet
    • Author: User
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    "By applying this product to the surface of the object, a dense protective film can be formed, and the sterilization rate is as
    high as 99.
    9%.
    After ATP instrument detection, the number of colonies on the surface of the object after use plummeted from 300~500 to 20~30.

    Li Xiaoqian, technical director of Xi'an Aim Polymer Materials Co.
    , Ltd.
    , described the new product that just came off the production line - HHBP nano long-lasting bacteriostatic king
    .
    This green environmental protection product relying on ultra-nano material technology has unique safe, broad-spectrum, long-term bactericidal and bacteriostatic functions
    .

    HHBP is an ultra-nanoscale (0.
    001-0.
    1nm) hydrogenated hyperbranched polyolefin
    .
    Xi'an Aim polymer material uses ethylene as raw material, uses the world's original ionic liquid catalytic active polymerization (LLP) technology, combined with their new ionic liquid catalyst system with independent intellectual property rights, and successfully developed this ultra-nano-scale, unique structure and excellent performance of this new hyperbranched polyolefin material
    .

    The test results of the chemical safety data sheet (MSDS) show that HHBP Nano Long-lasting Antibacterial King is a non-toxic, non-irritating product, which is not irritating and allergenic to human skin, and has zero
    health hazards.
    Therefore, the product is free of harmful (carcinogenic) substances that can be produced by chemical biocides and does not cause skin damage
    due to sterilization.
    At the same time, due to the unique three-dimensional approximate spherical structure of HHBP, the size of ultra-nano molecules is uniform, the particle size is extremely small, it has strong penetration and wrapping and peculiar antibacterial and bactericidal effects, and it is easy to penetrate the surface of polymer materials, which is not only broad spectrum, less volatile, but also has good persistence
    .

    This HHBP ultra-nanomaterial can also be used in biomedicine, cosmetics, fruit tree rot disease control, animal husbandry and other fields
    .

    (Dao)





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