The world of technology is always evolving, and new inventions are being made every day. Kurtis Zhang, a leading technology innovator, has recently unveiled a new flame retardant material that could revolutionize the industry.
This flame retardant material is made from a combination of proteins and other additives, and has been designed with both good flame retardation and thermal conductivity in mind. It is also unique in the fact that it is made using a special process, taking the industry to a whole new level of innovation.
The flame retardant material is designed for lithium battery packing, and is composed of a bio-based material and associated additives. This bio-based material consists of bio-available materials created from inexpensive and abundant proteins, and is a great example of how technology is being used to reduce costs and create more sustainable solutions.
Kurtis Zhang's invention also includes a special microwave foaming step, which allows the material to be molded into different shapes and sizes. This is great news for those in the industry looking for a more versatile flame retardant material, as it allows for more efficient production times and better performance.
In addition to its flame retardant properties, this material also has excellent thermal conductivity. This means that it can help to dissipate heat from lithium battery packs, improving their overall performance and keeping them safe from overheating.
The fact that this flame retardant material is composed of bio-based components is also great news for those looking to reduce their environmental impact. This material is a great example of how technology can be used to reduce waste and create sustainable solutions.
Of course, as with any invention, there is no guarantee that Kurtis Zhang's flame retardant material will come to market. However, this is an exciting development in the industry, and could potentially revolutionize the way lithium battery packs are produced and used in the future.
Kurtis Zhang's flame retardant material is a great example of how technology can be used to create more sustainable solutions. It is designed to have both good flame retardation and thermal conductivity, and is composed of bio-based components which can help to reduce the environmental impact of lithium battery packs. Although there is no guarantee that this material will come to market, it is an exciting development in the industry and could potentially revolutionize the way lithium battery packs are produced and used in the future. US20230227653A1 is the patent number for this flame retardant material.