Our
Products
We develop advanced products based on functional nanotechnology using materials such as copper, silver, graphene, and zinc, capable of enhancing performance, durability, and process efficiency across multiple sectors.
Advanced Nanotechnology Solutions
We develop and commercialize functional nanotechnology-based products using various
functional materials such as copper, gold, silver, nickel, graphene, and zinc, designed
to improve the performance of products and processes across multiple industries.
Our RD&I team works closely with our clients' R&D teams to adapt
our technologies to their specific challenges, with a focus on innovation and
sustainability.
Our solutions enable the incorporation of advanced properties such as biocidal activity,
electrical and thermal conductivity, corrosion resistance, and greater
durability of the final product, while promoting operational efficiency,
cost reduction, and lower environmental impact.
Our products are designed for large-scale industries.
NANOPARTICLES
Industrial Solutions Based on Their Properties
ZINC NANOPARTICLES
1. Key Functional Properties for Industry
- Broad-spectrum antimicrobial and antifungal: Useful for formulating paints, industrial coatings, technical textiles, food packaging, and construction materials with self-disinfecting capability. They act through controlled Zn²⁺ ion release and reactive oxygen species (ROS) generation.
- High thermal and chemical stability: Withstand demanding industrial processes (extrusion, calcination, hot mixing). Ideal as functional additives in plastics, rubbers, and polymers used in automotive, construction, and electronics.
- Photocatalytic activity (UV): Enable development of self-cleaning materials and photocatalytic coatings for facades, glass, or ceramics, useful in polluted urban or industrial environments.
- UV-blocking properties: Effective as ultraviolet radiation blockers, improving durability of plastics, textiles, and paints exposed to sunlight. Widely used in agricultural, automotive, and industrial coatings.
- Compatibility with various matrices: Disperse well in aqueous systems, solvents, polymers, and silicones, facilitating integration into existing industrial processes without altering base matrices.
COPPER NANOPARTICLES
Copper nanoparticles represent a high-value technological solution for large-scale industry. Their extremely small size provides unique properties: powerful biocidal action, high thermal and electrical conductivity, and superior catalytic capacity. These features enable effective application in sectors such as:
- Coatings: durable antimicrobial protection and resistance to extreme conditions.
- Technical textiles: fabrics with antibacterial and antiviral properties.
- Improvement of thermal and functional properties.
- Construction: Additives with antifungal and self-cleaning effect.
- Enhancement of conductivity and efficiency in advanced systems.
We offer specialized technical support to facilitate their integration into various production processes and ensure optimal results.
GRAPHENE
Graphene is a revolutionary material due to its strength, lightness, and conductivity. Its properties enable the creation of more durable, efficient, and sustainable products.
Industrial Applications
- Energy: Enhances batteries and solar panels.
- Composite materials: Reinforces plastics and fibers for greater strength and lower weight.
- Advanced electronics: Ideal for flexible circuits and sensors.
- Technical coatings: Anti-corrosion protection and conductivity.
- Filtration: Ultra-thin membranes for water and air.
SILVER NANOPARTICLES
Innovation and protection at the nanoscale
Silver nanoparticles represent one of the most versatile and innovative solutions in the field of nanotechnology. Thanks to their extraordinary antimicrobial capacity, they are widely used in sectors such as healthcare, cosmetics, textiles, food packaging, electronics, and water treatment.
Technical Capabilities
- Controlled size: Available in ranges from 5 nm to 100 nm for precise adaptation to different applications.
- High specific surface area: Maximizes interaction with bacteria, viruses, and fungi, offering superior antimicrobial action.
- Colloidal stability: Formulations in aqueous solution or powder, with excellent dispersion and long shelf life.
- Compatibility: Easily integrated into polymer matrices, textiles, films, and industrial coatings.
Environmental Commitment through Nanotechnology.
