Patent for Sale:

Nanocomposite materials containing polymer binders.    

This team of scientists have managed to create nanotorus particles and also defined the processes to make it available for mass production of carbon fiber composites material

Overview

This team of scientists have managed to create nanotorus particles and also defined the processes to make it available for mass production of carbon fiber composites material.

The stiffness, tensile strength, bending, delamination is at least 20% better than current carbon fiber composites. This has been tested on actual parts.

This technology is also theoretically verified in different countries.

The know-how includes:
• The manufacturing process of nanotorus particles
• Fundamental relationships in the elements of the form of nanoparticles
• The amount of nanoparticles needed to achieve optimal performance of the carbon fiber composites material.
• The process to achieve an even distribution of nanoparticles in the filled material.

“Carbonfiber nanocomposite material covered by this patent is the way to achieve the best result in a nanocomposite, because it requires use of only a very small amount of special nanotorus nanoparticles, having the unique properties to realize the giant resonance disperses interaction.”

Primary Application of the Technology

This material may have engineering purposes and may be used in manufacturing various items and components for use in machine and vehicle manufacturing industries. Machine-, automotive-, shipboard-, sport equipment-, wind turbines-, aerospace-, construction-, space- and defence industry, and manufactures of composite materials.

The Problem Solved by the Technology

This material can enable the development of next generation products that are subject to tougher requirements on weight and durability. This material is the nanocomposite material to be used in Machine-, automotive-, shipboard-, sport equipment-, wind turbines-, aerospace-, construction-, space- and defence industry. The nanoparticles used in the binders are nanotorus.

Because of its superior performance, one can find many new applications.

How the Technology Solves the Problem

We can to some extent contribute with Knowhow, Technology, Engineer time and Industry knowledge.

The know-how includes:
• The manufacturing process of nanotorus particles
• Fundamental relationships in the elements of the form of nanoparticles
• The amount of nanoparticles needed to achieve optimal performance of the carbon fiber composites material.
• The process to achieve an even distribution of nanoparticles in the filled material.

The buyer will have the opportunity to test our material (samples).

Competitive Advantage

The stiffness, tensile strength, bending, delamination is at least 20% better than current carbon fiber composites.

The seller may consider selling these patents individually.

Frequently Asked Questions

What is nanotorus?

Picked from internet:
In theory, a nanotorus is a carbon nanotube bent into a torus (doughnut shape). Nanotori are predicted to have many unique properties, such as magnetic moments 1000 times larger than previously expected for certain specific radii.[10] Properties such as magnetic moment, thermal stability, etc. vary widely depending on radius of the torus and radius of the tube”

We have this material, and we have optimized it.