Powering Life
at the Molecular Level
HydroBio Tech — Pioneering Transdermal Delivery Worldwide
TRANSDERMAL ACTIVE INGREDIENT DELIVERY
Powered by Nano-scale Active Factors
— Safe, Long-lasting, Precise
Smart Sustained-Release Carrier
A dense, stable 3D mesh gel matrix enables uniform, continuous and steady release of active ingredients. Completely eliminates the drawbacks of traditional drug delivery — steep blood concentration peaks and valleys, short duration of action.
Nano-scale Active Factors
Advanced extraction technology yields 50~80nm nano-scale active factors that readily penetrate the stratum corneum barrier, reaching deep subcutaneous tissue.
Non-invasive, Accessible Everywhere
Simple topical applications such as a warm compress achieve stable penetration and absorption. Non-invasive, painless, no insertion required. Use at home, applicable globally.
Beyond the Tip of the Iceberg
Visible symptoms are just the tip of the iceberg — beneath lies a multi-dimensional, systemic web of deeper causes.
Powered by HydroBio Tech, integrating Traditional Chinese Medicine's holistic approach, precise controlled-release and targeted delivery stop pathology at its root.
Chronic Sinusitis / Nasal Polyps / Adenoid Hypertrophy
Relieve nasal congestion, headaches, snoring; reduce enlarged adenoids; improve nasal ventilation and facial development.
Movement Disorders
Target neurological regulation points, relieve tics, improve emotional tension and behavioral abnormalities.
ADHD
Regulate neural rhythms, improve focus and self-control.
Autism Spectrum
Improve metabolic and neural internal environment, promote social rehabilitation.
Early-stage ALS
Nourish nerves, slow motor neuron degeneration, maintain limb movement and self-care ability.
Other Complex Conditions
Customized solutions for complex pathologies, enhancing the body's self-healing capacity.
The Future of HydroBio Tech
Brain-Computer Interfaces
Enabling low-trauma, highly stable coupling with neural tissue, providing core material support for next-generation invasive/semi-invasive brain-computer interfaces.
Electronic Skin
Building high-sensitivity, stretchable, self-healing flexible sensing networks that precisely detect pressure, temperature, humidity and deformation — applicable to smart wearables, rehabilitation medicine and robotic tactile sensing.
Aerospace Materials
Lightweight, extreme temperature-resistant, radiation-resistant, shock-absorbing. Enhancing spacesuit structural flexibility and comfort, adapted for crewed spaceflight and the harsh environments of deep space exploration.
Founders and the team
Li Ming
Co-founder & CTO
PhD Materials Science, Imperial College London | Associate Professor, Karolinska Institute
HydroBio Tech delivery systems, active compound development, mRNA vaccine platforms
Li Chang
Co-founder
PhD Mechanical Engineering, Imperial College London | Associate Professor, Donghua University
HydroBio Tech for neural interfaces, aerospace composites, smart structures
Tian Yu
Scientific Advisor
Chang Jiang Scholar | Deputy Director, State Key Tribology Lab, Tsinghua University
Materials surface engineering, wear resistance, bio-interfaces
Yu Jianyong
Scientific Advisor
Academician of Chinese Academy of Engineering, Professor of Textile Materials, Director of National Key Discipline of Textile Science and Engineering
Textile Materials Expert
Eduardo Saiz
Scientific Advisor
Distinguished Professor, Imperial College London | Director, Advanced Structural Ceramics Centre
Advanced ceramics, composite materials, structural integrity