• Custom Nanotechnology Formulations For Your Industry

    Custom Developed SiO2 Nanotechnology With a Wide Range of Applications

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    Hydrophobic / Oleophobic / Easy-to-Clean

    Water and oil shedding nano coatings that are completely invisible.

    Water, oils, and other contaminates are shed from treated surfaces with ease.

     

    Keep surfaces cleaner for longer, without changing their appearance.

     

    The potential is unlimited. Textiles, wood, stone, concrete, metal, glass, automotive exteriors, and more.  

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    Limitless Potential

    Custom Formulations and Solutions

    We focus on the development of SiO2 and other unique nanotechnology-based surface coatings. Our team of experienced chemists and technology experts are looking forward to working with you to custom develop a solution for your industry.

     

    We work with some of the world's largest manufacturers of glass, automotive components, and textiles to create best-in-class solutions that enhance product performance, and expedite manufacturing processes.

     

    Contact us to learn more!

  • Attributes

    Our technology has some very unique qualities, and can be endlessly customized to suit your specific needs.

    Hydrophobic

    Water, Oil, and Dirt Shedding

    Oleophobic

    Stain and Soiling Resistant

    UV Resistant

    Won't Degrade in UV or Sunlight

    Durable

    Long Lasting and Abrasion Resistant

    Ecologically Friendly

    Safe, and Environmentally Friendly Chemistry

    Bacteriostatic

    Tested and Proven 99.99% Effective

  • Latest News

    Some of our latest developments!

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    Wetting, Adhesion, and Droplet Impact on Face Masks

    SiO2 Innovation Labs Inc.'s proprietary formulation of antimicrobial coatings were cited as the tool used in a research paper published by Langmuir.

     

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    The Waterloo Institute for Nanotechnology (WIN) within the University of Waterloo, is working in collaboration with SiO2 Innovation Labs on the research.

    “The COVID-19 virus can survive on surfaces for 24 hours or more,” said Sushanta Mitra, Professor of Mechanical and Mechatronics Engineering and lead researcher on the project.

     

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