• Posted on: 24/06/2012
  • Deadline : 27/06/2015
  • Active users : 6157

Applications

  • Ceramic, cement and concrete.

  • Food industry.

  • Pharmaceutical products and cosmetics.

  • Polymeric material and plastics.

  • Printing.

  • Synthetic and natural fibers.

Description of the technology

A hybrid pigment is a controlled mixture between inorganic and organic material. As inorganic material it could be used in several kinds of clays for their nanoscopic properties and, as organic material, natural or synthetic colorings (thermochrome, eletrochrome, luminescence, etc.).

The research group has developed a new method to produce nanostructured hybrid pigments with specific optical and colloidal properties according to the production parameters. Mainly, the customizaton of the behaviour of this materials is achieved by controlling organic/inorganic ratio in the material.

New and innovative aspects

This method has two stages:

1) Dispersion of, at least, an inorganic material in water.
2) Addition of, at least, an organic coloring solubilized by agitation.


The following parameters might be changed in order to obtain different kinds of nanopigments:

• Inorganic material concentration.
• Organic coloring concentration.
• pH.
• Temperature.
• Ionic strength.

The optical response of nanopigments changes as a function of the particle size of the inorganic material (or materials) used by the diffusion.

This method makes it possible to produce new hybrid nanopigments with optical and colloidal properties for tailored applications. Mainly, the customizaton of the behaviour of this materials is achieved by controlling organic/inorganic ratio in the material.

The morphology of the material is hybrid (laminar/fibrillar). The organic coloring is selected among different types: azoic complexes, metallic, sulphurose, iminoquinone, antraquinone, ftalocianine, etc. In general words, they can be both natural or synthetic.

Products can be used in printing inks, painting and dyes, paper, synthetic or natural fibers, polymer materials, cosmetics, etc.

With this method the following features can be achieved:

Color range control: Through the control over the different spectral species, the optical response is modified too, so the color range can be enlarged.

Increase in the colouring power: The ability of the material for increasing the absorption on the surface is linked to three parameters. First, absorption coefficient of the nanopigment in relation to the coloring solution coefficient. Second, light dispersion caused by nanoparticles and addtiional coverage of the surface to fill. Third, reology and fisico-chemical properties of the material are able to obtain homogeneous dispersions.

Environmental impact reduction: Some of the usual pigments contain heavy metals in its composition while inorganic solids used in this method are free of heavy metals and can even be used in cosmetics. Natural coloring can be combined with these nanopigments and obtain a new product which will be environmental safe.

Specifications

The morphology of the material is hybrid (laminar/fibrillar). The organic coloring is selected among different types: azoic complexes, metallic, sulphurose, iminoquinone, antraquinone, ftalocianine, etc. In general words, they can be both natural or synthetic.

Products can be used in printing inks, painting and dyes, paper, synthetic or natural fibers, polymer materials, cosmetics, etc.

Main advantages of its use

  • The pigments produced by this method are very cheap.

  • The production method is very easy. It usually works at room temperature (below 200ºC).

  • These nanopigments provide a homogeneous coloration of the substrate.

  • These nanopigments provide a wide range of intense colors which are stable to heat, ultraviolet radiation, oxygen and other environmental agents.

  • Unlike conventional pigments, these nanopigments are heavy-metals free. Then, the developed colorings are non-toxic and environment friendly.

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Intellectual property status

This technology is protected by patent:

• Application number: P201200078.
• Application date: 27th January 2012.

Current development status

Laboratory prototypes

Desired business relationship

Technology selling, Patent licensing, Joint ventures, Technology development, New technology applications, Adaptation of technology to other markets

About the vendor organization

University of Alicante University of Alicante

As one of the largest universities of Spain, Universidad de Alicante has a rich history of innovation. Our main goal is to transfer the technology that our research teams are developing to the industries and companies which are able to take profit from them. R&D and innovation results and know-how are offered in the domains of Chemistry, Materials, Environment, IT, Building and other applied subjects. You are welcome to our profile at innoget.com. Please take a look at our technologies portfolio. We hope you find technologies of your interest which will allow us working together in the near future.

  • Contact tech owner
University of Alicante

Technology from University of Alicante

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