Valorization of pectin fibrous residues into high value functional materials
Innotech Materials, LLC proposes a catalytic process that converts pectin production side streams into compostable, PFAS-free cellulose composites with tunable hydrophobicity, mechanical strength, and barrier properties....
Amphiphilic nanocellulose for extended fragrance release
Amphiphilic nanocellulose (ANC) serves as an effective carrier for fragrance bioactives, enhancing scent intensity and prolonging aromatic duration in topical formulations. Its amphiphilic structure allows uniform disper...
Nanocellulose-enabled control of psyllium gel formation and viscosity
This innovative solution utilizes amphiphilic nanocellulose to modulate the hydration and viscosity of psyllium, leading to improved processability and stability without compromising its benefits as a dietary fiber. It f...
Advanced oligosaccharides for anti‑aging skincare
A neutral, non cationic oligosaccharide delivers gentle, irritation free anti aging support by strengthening the skin barrier, enhancing hydration, and helping protect against environmental stress. Its small size enables...
Amphiphilic nanocellulose for enhancing wheat protein suspensibility
Amphiphilic nanocellulose (ANC) acts as a non-enzymatic aid to transform wheat gluten into a suspensible, clump-free protein ingredient. It promotes rapid hydration and stable suspension, ideal for industrial application...
Amphipathic nanocellulose for enhanced chocolate texture
Innotech Materials introduces methyl nanocellulose (MCA) as a fat phase modifier that enhances chocolate texture by improving fat crystallization. MCA promotes stable fat crystal networks, enhancing hardness, thermal sta...
Compostable crosslinked cellulose for diaper inner liners
A sustainable, compostable diaper inner liner made from crosslinked cellulose, offering enhanced mechanical strength, absorption, and breathability. This biobased solution addresses environmental concerns while meeting p...
Hydrophobic cellulose composite for sustainable diaper components
Innovative hydrophobic nanocellulose-cellulose composites offer a sustainable alternative for diaper components, providing fluid barrier resistance, softness, and breathability. This compostable solution reduces reliance...
Urea–nanocellulose hydrogel for enhanced nitrogen use efficiency
Innovative urea–nanocellulose hydrogel formulation boosts nitrogen use efficiency, reducing fertilizer loss and improving plant growth through controlled release and enhanced uptake.
Hydrophobic nanocellulose for biocompatible adhesive applications
Innotech Materials presents a novel hydrophobic nanocellulose platform, enhanced with fatty acids, designed for biocompatible adhesive applications on hydrophobic surfaces like ABS and natural nails. This material offers...
Amphiphilic nanocellulose for enhancing probiotic stability and viability
This innovative amphiphilic nanocellulose technology improves the stability and viability of live probiotics by encapsulating them to enhance thermal and colloidal stability. It offers a non-toxic, biodegradable solution...
Amphipathic oligosaccharides for enhanced blood-brain barrier penetration
Innovative ethyl cello oligosaccharides (ECO) offer a novel approach for drug delivery across the blood-brain barrier, aiding in central nervous system therapies by facilitating effective penetration and delivery of ther...
Amphiphilic oligosaccharides for advanced drug delivery systems
Ethyl cello oligosaccharides (ECO) offer an innovative solution for encapsulating and delivering bioactive compounds. Their amphiphilic nature enables interaction with both water and organic solvents, enhancing the deliv...
Hydrophobic nanocellulose for sustainable self-cleaning coatings
Innotech Materials presents hydrophobic nanocellulose coatings, combining fatty acids for sustainable, self-cleaning surfaces. These coatings offer high water repellency and barrier properties, suitable for non-toxic, bi...
Methyl nanocellulose barrier films for enhanced HDPE container performance
Innotech Materials has developed methyl nanocellulose films to improve the chemical resistance of HDPE containers against organic solvents. This biodegradable, non-toxic material enhances barrier properties, offering env...
Amphiphilic oligosaccharides for enhanced laundry care
Ethyl cello oligosaccharides are innovative, biodegradable surfactants ideal for laundry products. They reduce fabric friction, enhance dirt removal, minimize static cling, and protect fabric colors. Seeking partners for...
Amphiphilic oligosaccharides for enhanced stabilization of bioactive compounds
Amphiphilic oligosaccharides serve as non-toxic, biodegradable surfactants that stabilize bioactive compounds by preventing aggregation and enhancing solubility. They increase thermal and colloidal stability, improve bio...
Nanocellulose-polyphenol formulation for hair loss prevention
A novel formulation combining water-soluble nanocellulose with polyphenols like resveratrol and fisetin aims to prevent hair loss by increasing solubility and bioactivity of polyphenols for effective hair follicle penetr...
Metal-free antiperspirant formulation using ethyl nanocellulose
Innovative metal-free antiperspirant solution using oxidized ethyl cellulose (MEC) with superior hydrophobic properties and reduced particle size for enhanced efficacy. Seeking partnerships for FDA approval and antipersp...
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