EN_US 
ES 
About Us
We are a company presenting an innovative proposal for the development of tetrataenite. Through a controlled laboratory synthesis process, we aim to produce high-purity, high-quality tetrataenite, which will then be transformed into permanent magnets and other magnetic components.
Our proposal is to establish a leading company in the production of tetrataenite — a high value-added magnetic material — using cutting-edge technology to achieve a product of exceptional quality and purity.
The tetrataenite we produce will be used to manufacture high-performance permanent magnets intended for the electronics industry, including applications in the automotive, aerospace, and defense sectors.
This project will leverage the growing demand for sustainable, high-performance magnetic materials, as well as the competitive advantages of the synthesis technology under development.
The global market for magnetic materials presents a dynamic and constantly evolving landscape.
Values
Values
Innovation
Foster a culture of continuous innovation to develop new products and improve existing processes.
Sustainability
Minimize the environmental impact of our operations and promote sustainable practices throughout the entire value chain.
Excellence
Strive for excellence in everything we do, from research to product delivery.
Collaboration
Encourage teamwork and collaboration with strategic partners.
Integrity
Act with honesty, transparency, and ethics in all our relationships.
Mission & Vision
Mission
To develop and produce the highest quality tetrataenite, meeting market needs and exceeding customer expectations through continuous research, process optimization, and respect for the environment.
Vision
To be global leaders in the production and commercialization of high-quality magnetic materials, based on innovation and sustainability, contributing to the development of clean and efficient technologies.
Our Team
Multidisciplinary team of researchers and professionals
Our Team
We have a multidisciplinary team of researchers and professionals with extensive experience in chemistry and engineering.
Our ability to conduct cutting-edge research and develop innovative solutions is our greatest strength.
The Technology That Surpasses Rare Earths
A new industry driving competitiveness in advanced materials
THE TECHNOLOGY
The development of this infrastructure will not only contribute to the consolidation of a new industry based on the production of tetrataenite, but will also strengthen competitiveness in the advanced materials sector.
The implementation of innovative manufacturing technologies will reduce production costs and ensure a stable supply of the material in the global market.
Additionally, the project will foster collaboration between research centers, universities, and companies interested in developing rare-earth-free magnet applications, thereby promoting diversification of the production matrix and technological independence in this field.
Description of the New Technology
A high-performance magnetic technology with low environmental impact
A Sustainable Alternative
The new technology an ordered alloy of minerals with a body-centered cubic crystal structure exhibits exceptional magnetic properties, positioning it as a highly promising material for a wide range of technological applications.
Its atomic structure, characterized by an ordered distribution of different mineral atoms within the crystal lattice, gives the material high magnetocrystalline anisotropy, resulting in greater magnetization stability and high coercivity.
These magnetic properties, combined with a high magnetic flux density, make this new technology an ideal material for the production of high-performance permanent magnets.
Unlike other conventional magnetic materials such as rare earths, this promising technology features a greater abundance of constituent elements and a lower environmental impact associated with its production.
Challenges
Overcoming obstacles toward a technological revolution
A Unique Opportunity
It is true that the industrial production of tetrataenite has been a challenge for the scientific community. However, our team is confident in its ability to overcome existing barriers.
Continued investment in research and development will be key to maintaining our competitive edge. Therefore, we offer you a unique opportunity to invest in an innovative project with high growth potential.
By investing in our company, you will be supporting the development of a disruptive technology with the potential to transform multiple industries.
Why Invest in Tetrataenite
A promising solution with high industrial potential
A High-Impact Economic Opportunity
The rapid growth of the technology industry has driven increasing demand for high-performance magnetic materials, particularly in sectors such as electronics, renewable energy, electric mobility, and aerospace.
Currently, global production of permanent magnets relies heavily on rare earth elements, whose high costs and limited supply have prompted the search for more accessible and sustainable alternatives.
In this context, tetrataenite emerges as a material with magnetic properties comparable to or even superior to those of rare-earth-based magnets, generating significant interest in its potential for industrial-scale production.
Strategic Alliances
Knowledge Transfer and Scalability for a Growing Market
Connecting Science, Industry, and Technology
We will foster collaboration between research centers, universities, and companies in the technology sector, promoting the development of innovative applications based on tetrataenite and facilitating the transfer of knowledge to the manufacturing industry.
This will enable continued scaling and meeting the demand for high-performance magnetic material.
