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Description
Development of flame retardant polymeric formulations using halogen-free compounds for various industrial applications in the building and transport sector. Possibility of generating foamed flame retardant products which allow cost reductions.Other information
Number of researchers:
19
Development status:
Developed but not marketed
Intellectual Property Rights:
Protected by industrial secrecy
Differentiation in the market:
Novelty
Applicability of technology:
Yes
Companies and markets:
Companies in the building and transport sector involved in the manufacturing of materials which have demanding performance requirements to the flame.
Advantages:
Halogen-free solutions with Bs1d0 category according to the euroclass for different polymeric materials.
Additional Information:
We have an extensive experience in CellMat of collaborating with companies and works of transfer of knowledge and technology. Some of our developments have been introduced in industrial processes in the production facilities of some of our partners. Our interest with this technology is to find right partners to make it rise and make successful products from it.
UNESCO Code:
2211 - Solid state physics
Other members:
Ester Laguna Gutiérrez
Leandra Oliveira Salmazo
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Josías Tirado Mediavilla
Eduardo López González
Mercedes Santiago Calvo
Saúl Pérez Tamarit
Victoria Bernardo García
Judith Martín de León
Santiago Muñoz Pascual
Alberto Ballesteros Agudo
Paula Cimavilla Román
Mikel Múgica Izaguirre
Javier Pinto Sanz
Suset Barrosso
María Blanca Calvo Cabezón
Laura Izaguirre Altuna
Francisco Javier García González
Pablo Obregón Sandoval
 | Publicación especializada: J. Cell. Plast. 2010, 46, 259-279. See / Download resource |
| Publicación especializada: Cellular Polymers 2009, 28, 249-268. See / Download resource |
VALORIZATION OF BIOMASS BIOFUELS DISCARDED FROM THE LIGNOCELLULOSIC WASTE BIOMASS PRE-TREATMENT TECHNOLOGIES, ENZYMATIC HYDROLYSIS AND BIOCONVERSION OF SUGARS INTO BIOFUELS. - Main researcher: Silvia Bolado Rodríguez - PhD students: Rodolfo Travai... Read more >
Objectives1. To deepen the knowledge of the different materials in which this group has been researching.2. To train postgraduates through the realization of their doctoral thesis in our fields of interest.3. To attend to the needs of small and mediu... Read more >
Our group has an knowledged expertise of more than two decades on Molecular Materials Chemistry, oriented to liquid crystals and, more especifically, metallomesogens: metallic compounds that exhibit liquid crystalline properties. Our great capacity f... Read more >
OBJECTIVESThe group dedicates its activity to the study of homogeneous catalysis for the synthesis of high added value molecules and special polymers with transition metal complexes. The main objectives are:Development of new catalytic processes with... Read more >
