BICAT

New ceramic-metallic catalyst that becomes a much more efficient option for its longer life, in addition to the fact that the manufacturing method is much simpler and cheaper, and that precious metals are not used, which is a drastic reduction of the costs associated with the synthesis of syngas from methane, a highly demanded process in the chemical industry.

PHOTONVIS

New readout technology that allows to use big SPAD Arrays to get 3D imaging without the actual memory limitations. This advance helps to overcome LIDAR’s challenges to be used in automotive sector.

Catechol

Development of bioinspired materials based on the chemistry of catechols and thiols / disulfides that have physical and chemical characteristics and properties that make them very suitable for the formulation of adhesives for application in the biomedical field.

PRINT3D

The sole ceramic and metallic filaments to additive manufacturing that allow to obtain 3D pieces with record-breaking mechanical properties by FDM, the most simple, scalable and economic method of 3D printing.

14ENERGIES

The only economically viable and scalable process in the market to obtain nanostructures of Germanium & Silicon that replace graphite at anode material in Li-Ion batteries improving their energy and density efficiency.

Microbial BS

Research, development, and production of high quality PHA-type bioplastics from waste, using a novel fermentation process with microorganisms, which enables greater performance, sustainability and efficiency.

PORETUNE

A singular metal-organic material platform that sets a breakthrough in the field of fuel cell thanks to its unique approach to develop electrodes, in which the carbonaceous support is completely suppressed and the catalyst exposure is maximized in order to maximize efficiencies and operational life. Poretune develops technologies belonging to two lines of research: - Energy storage systems: Fuel that converts other fuels directly into electricity without the combustion phase. - Catalyst Materials: nanofoams technnology that focuses on the after-treatment devices in diesel vehicles, reducing NOx emissions. These organic intermediates may be apply in several market niche as organic semiconductor, specialty polymer, fluorescent sensor etc. These products belongs to specialty chemicals.The first product approach of MATCO, an in-door photocatalyst, will improve the air at home and eventually our health quality.

ARCHENT

High bendable, transparent and flexible electrodes with minimum resistance for its application in large format touch-sensitive screens.

RELEASYCELL

Designs and develops hydrogel coated vessels applied in fields that work with cell and organic tissue.

HIGHTEC FS

Manufacture of natural edible coatings based on the combination of extracts of rosemary with other natural compounds, which confer unique antioxidant, antimicrobial and water barrier properties for food preservation avoiding the use of plastics, which public and environmental health damage is generating.

TOLEDO FC

Manufacturing of organic intermediate products for making more suitable and feasible organic chemical reactions due to unique molecule´s structure. These organic intermediates may be apply in several market niche as organic semiconductor, specialty polymer, fluorescent sensor etc. These products belongs to specialty chemicals.The first product approach of MATCO, an in-door photocatalyst, will improve the air at home and eventually our health quality.

MAT-CO

A patented family of metal-organic frames (MOFs) with unheard-of properties, such as a great photocatalytic activity under visible light. The first product approach of MATCO, an in-door photocatalyst, will improve the air at home and eventually our health quality.

OELEC

Develops organic materials derived from Azaindole that is used specially in the creation of organic electronics.