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So far CYGSA has created 15 entries.


By |July 31st, 2012|

Development of high-sustainability vinyl compounds.
Under the umbrella of ‘Iberoeka’ programme for technological cooperation between Latin American companies, the BIOVIPLAS project has been created for the development of new formulations of PVC-based biocomposites. The project’s objectives are directed towards the reduction of mineral carbon content, with less dependence on fossil sources.

Progress on the project has […]

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By |July 31st, 2012|

Alternatives for the fire-proofing of compounds by expansion procedures.
Under the umbrella of the ‘Eureka’ program developed by CDTI (Centre for Industrial Technological Development), Cygsa initiated a search for an alternative method for obtaining highly fire-resistant halogen-free products through expansion procedures.

Cygsa continues studying and developing this material.


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By |July 31st, 2012|

Certified formulas for outdoor applications.
Cygsa has developed and standardised, through French laboratories, different rigid PVC formulas primarily intended for use in profiles and metallic carpentry for outdoor use.

As a result, the company has formulas that have been approved by the LNE (Laboratoire national de métrologie et d’essai) and the CSTB (Centre Scientifique et Technique […]

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By |July 31st, 2012|

Specific solutions for coating non-halogenated cables.
As a result of the introduction of REBT-2002, the main repercussion of which was the prohibition of using PVC cables in public areas, Cygsa entered a diversification stage in order to continue providing solutions to its customers, especially those who until then had been manufacturing PVC cables and who, […]

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By |July 31st, 2012|

Cygsa has participated in other lines of research in areas related to nanotechnology and sustainability.
In the field of nanotechnology, Cygsa has participated in various projects in which the object of study has been on the incorporation of nano-particles in different plastic matrixes in order to obtain the improvement of certain of the material’s properties […]

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