Welcome to Oasis Nanotechnologies. We are committed to researching and manufacturing high-quality, innovative new material products. Our professional team is composed of experienced engineers and scientists who continuously strive for excellence to deliver solutions that exceed your expectations. At Oasis Nanotech Australia Pty Ltd, we guide the future with technology, uphold our reputation through quality, push the boundaries with innovation, and ensure that new material technologies better serve everyday life.
Innovation – Crafting Future Material Solutions


Plant-Based Antimite Fibers
Oasis Nanotech employs nanometer-scale material fabrication processes to transform entire Artemisia plants into nanoscale slurries. By utilizing the stems, poles, and leaves of the whole plant, we produce high polymer materials. During the polymer spinning process, we incorporate these high-concentration Artemisia polymer materials, developed by Huben, into base fibers such as polyester and nylon. This integration ensures that Artemisia is uniformly distributed both inside and outside the fibers, allowing the fibers to fully leverage the beneficial properties of Artemisia. By using Artemisia as the primary anti-mite agent and as a natural plant additive, our fibers are non-toxic, harmless to the human body, safe, and environmentally friendly.
New Features
-
Nanometer-Scale Processing: Advanced techniques grind entire Artemisia plants into nanoscale slurries for superior material integration.
-
Comprehensive Utilization: All parts of the Artemisia plant—stems, poles, and leaves—are used to create high-performance polymer materials.
-
Seamless Fiber Integration: High-concentration Artemisia polymers are thoroughly blended with polyester, nylon, and other fibers, ensuring even distribution and maximum efficacy.
-
Natural and Safe: Artemisia serves as a natural anti-mite agent, making the fibers non-toxic, safe for human use, and environmentally friendly.
-
Innovative and Sustainable: Combining traditional botanical benefits with cutting-edge nanotechnology to deliver superior textile solutions.