Ionic liquid engineered keratin fibers for synthetic hair applications
Introducing ionic liquid engineered keratin fibers that replicate the look and feel of natural human hair, suitable for professional beauty and therapeutic applications. Developed through innovative biopolymer engineering with a focus on scalability and customization.
Overview
Our innovative technology leverages ionic liquid (IL) biopolymer engineering to create keratin fibers that closely mimic the appearance and feel of natural human hair. This approach allows us to produce pure and co-polymer keratin spinning solutions, enabling the formation of fibers with customizable texture, strength, and aesthetic properties. These fibers are ideal for applications in the professional beauty and therapeutic industries, offering durability and versatility.
Technical specifications
Key features:
- Utilizes ionic liquid technology to dissolve and regenerate keratin biopolymers.
- Capable of producing high-quality fibers through wet-spinning processes.
- Formulation flexibility allows for the integration of co-polymers and cosmetic additives.
- Tunable fiber properties to meet specific industry requirements for texture and strength.
Technology readiness level
This technology is currently at TRL 3, having demonstrated laboratory-scale capabilities in producing spinning solutions suitable for advanced fiber formation. We seek collaborative partnerships to further develop and scale this technology towards commercial readiness.
About Alston Research, Llc.
Alston Research, LLC is a research and development entity focused on nanotechnology, biotechnology, and advanced materials. The company leverages expertise in chemistry, nanoengineering, and biopolymers to provide specialized solutions, including proprietary microbial cellulose production at scale, functionalization of boron nitride nanomaterials, and the development of hierarchical nanostructures. By integrating academic research with practical industry applications, the organization provides consulting and collaborative research services, addressing complex challenges in sectors ranging from biomedical devices to aerospace materials. Their technical approach emphasizes translational development, ensuring that fundamental scientific discoveries in interfacial science are converted into viable technology platforms and high-value innovation opportunities.
The firm serves as a conduit between academic innovation and industry or government needs, maintaining collaborations with institutions such as NASA, the Department of Defense (DoD), and various industry partners. Beyond technology development, Alston Research is deeply involved in education, serving as a training ground for the next generation of nanoscientists and engineers through hands-on research programs. This commitment to education and outreach helps bridge the gap between emerging nanotechnological concepts and real-world implementation, providing partners with access to cutting-edge material science while offering students professional experience in applied research environments.
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