Toronto Metropolitan University
Explore Toronto Metropolitan University's available technologies.
Micro-Nano-Engineered Slippery Liquid-Infused Porous Surface Coating for Durable Non-Stick Bakeware
A durable, omniphobic non-stick coating for bakeware that combines lotus leaf-inspired micro-nano structures with Slippery Liquid-Infused Porous Surface (SLIPS) technology. The silicone-based coating with hierarchical Zn...
Enhanced barrier HDPE bottles using nanoclay, PA6, and fluorination for packaging applications
A multi-layer barrier enhancement technology for HDPE bottles combining nanoclay dispersion, PA6 compatibilization with maleic anhydride, and plasma fluorination of inner surfaces. This approach targets reduced oxygen, m...
Instrument-free semi-quantitative lateral flow tests for micronutrients
This innovative lateral flow test enables instrument-free, semi-quantitative detection of micronutrients using a gradient-based assay. It replaces traditional intensity measurements with line counting, offering a simple ...
PFAS-free nanoengineered coatings for enhanced razor blade performance
Develop a PFAS-free ultra-thin coating with superior friction and adhesion characteristics for stainless-steel razor blades. Utilizing a hybrid inorganic-organic matrix embedded with 2D nanostructures, this technology pr...
Nanostructured aerogel-enhanced PIR foam for energy-efficient retrofits
A hybrid insulation material integrating silica-based aerogels into PIR foam, achieving an R-value of 7+ per inch with Class A fire performance. Designed for energy-efficient retrofits, it combines high thermal resistanc...
Biodegradable chitosan/PVP textile coating with green tea polyphenols
A biodegradable chitosan/PVP coating with green tea polyphenols enhances textile durability and dye fixation, offering advanced protection during laundering. It maintains fabric integrity by reducing oxidative stress and...
Time series classification for food safety using advanced machine learning
A cutting-edge solution for classifying biosensor outputs using machine learning and deep learning techniques to enhance food safety. This approach involves converting time series data to images and applying multimodal f...
Biodegradable superhydrophobic coatings for self-cleaning ceramic surfaces
Developing a biodegradable superhydrophobic/oleophobic coating for ceramic toilet bowls to enhance self-cleaning and stain resistance by mimicking natural lotus-like surfaces.
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