Home List your patent My account Help Support us

Process for Obtaining a Composite Material Based on Plant Fibers

[Category : - CHEMISTRY]
[Viewed 12 times]

High-performance biocomposite made from Ecuadorian Guadua fibers and polypropylene. Developed using steam explosion and cold plasma treatments, this material offers enhanced strength, thermal stability, and low environmental impact.
This technology presents an innovative biocomposite material derived from Ecuadorian Guadua fibers blended with polypropylene. The process employs steam explosion and cold plasma treatments to enhance fiber-matrix compatibility, resulting in a lightweight, strong, and thermally stable composite. • The solution is designed for industries seeking sustainable alternatives to conventional plastics, including automotive, construction, and packaging sectors. The composite material significantly reduces plastic usage and carbon footprint while maintaining or improving mechanical properties like tensile and flexural strength. Key advantages include:
Superior mechanical resistance compared to traditional polymers.
High thermal degradation capacity, suitable for demanding environments.
Weight reduction, ideal for automotive and structural applications.
Compatibility with injection and extrusion techniques.
Use of renewable natural fibers, supporting the circular economy.
This technology is linked to the following institutions:
Universidad Politécnica Salesiana (Ecuador): Link
Universidad Pontificia Bolivariana (Colombia): Link

Patent publications:

No publication

Asking price:

Make an offer

Rate this patent

Great invention
Viewed: 12 times

Seller:

cedia (Ecuador)

Seller's website

Ask a question
or start a negotiation

Contact the seller

Share on social media