Nano catalytic encapsulation technology for controlled ingredient release
Nano Catalytics, Inc. presents a cutting-edge encapsulation technology that uses inorganic cores for controlled release of ingredients. This technology, currently at TRL 3, leverages biodegradable polymers for pH-sensitive release and biological degradation.
Overview
Nano Catalytics, Inc. introduces an innovative encapsulation technology designed to revolutionize the controlled release of ingredients across various applications. By utilizing special inorganic cores, this technology enables the precise release of active ingredients, leveraging food-grade design principles. The use of biodegradable polymers ensures that the encapsulated particles are released in a pH-sensitive manner, followed by natural biological degradation. This approach not only enhances the efficiency of ingredient delivery but also aligns with sustainable practices.
Technical specifications
- Inorganic cores facilitate the encapsulation and controlled release of a wide range of ingredients.
- Biodegradable polymers provide protective encapsulation, allowing for targeted ingredient release based on environmental pH levels.
- The technology allows for customization in terms of ingredient loading and coating thickness, enabling tailored solutions for specific applications.
- Initial applications have been explored in plastics additives and polymerization, with potential extensions to other fields.
Technology readiness level
Currently at TRL 3, this technology has been validated in early-stage applications and is in the process of further development. Nano Catalytics collaborates with development partners to refine and test the technology in various substrates, moving towards broader applications. Partnerships with manufacturers like Shepherd Chemical and R.T. Dodge enhance the development and scaling process.
About Nano Catalytics, Inc
Nano Catalytics is a Cincinnati-based deeptech company that develops a platform technology centered on patent-pending nano and micro particles to initiate chemical reactions, specifically polymerization. These particles are designed to be inert until activated by a radio frequency (RF) field, at which point they release a catalyst to trigger polymerization on demand. This approach enables manufacturers to cure adhesives and bond materials—including through opaque objects—without the need for traditional external heat, light, or extended wait times. By decoupling curing from thermal energy input, the technology aims to simplify manufacturing processes, reduce energy consumption, eliminate the need for solvents or mixing, and enable high-speed production.
The company focuses on solving manufacturing bottlenecks caused by conventional heat or pressure-cured adhesives, offering a more efficient, low-energy alternative for industries such as composites manufacturing, foam and non-woven bonding. By positioning its RF-activated particles as a drop-in additive for existing adhesive formulations, Nano Catalytics seeks to provide manufacturers with improved speed, cost-effectiveness, and the ability to work with new, challenging materials. Founded in 2021 by industry veterans, the company has engaged with partners and customers to transition from lab validation to commercial deployment, aiming to reduce facility footprints and support cleaner, greener manufacturing practices.
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