10.30 Miguel Ángel Rodríguez-Pérez - CellMat.pdf

1、LATEST FOAMING TECHNOLOGIES&EMERGING FOAM APPLICATIONSDr.Miguel Angel Rodriguez-Perez,Dr.Cristina Saiz-ArroyoCellMat Technologies S.L.STAND 324OPENING PANEL:PAVING A PATH FOR THE NEXT DECADE IN FOAM:SUPPLY CHAIN,SUSTAINABILITY,MARKET DEVELOPMENTABOUT USCreated more than 10 years ago,in2012,CellMat T

2、echnologies is focusedon developing high-quality R&D in allthetopicssurroundingpolymericfoams.Ourmaintargetistohelpourindustrial partners by applying andtransferring our specialized know-howin the field of foams,in their processesand products as a driver to improvetheir competitiveness.Our strength

3、is the combination of a team of highly qualified scientists and facilities specially designed to develop and validate innovative ideas.SOLUTIONS FOR THE INDUSTRYPilot PlantsSmall-scale foam production plantsUnderstanding FoamingEvaluation and quantification of foaming mechanismsCharacterization and

4、ValidationConventional and advanced characterization techniquesAdvanced Products and ProcessesDevelopment of novel products and processes.Upscaling.Sustainable SolutionsInnovation in materials and processes to drive itTraining CoursesIncreasing your competitivenessOn-Site AssessmentWe will be wherev

5、er you will need usAutoCellSpecific software for advanced foam analysisSERVICES FOR THE WHOLE VALUE CHAINSTAND 324INTRODUCTIONFOAMS,100 YEARS OR MORE 80 Million Years B.C.Nature created foams1849The basis for foam developmentWurtz and Hoffman reported for the first time a reaction between an isocyan

6、ate and a hydroxy compound1942Otto Bayer and PU FoamsPolyester-based Urethane polymers became essential items during WWII due to the need to replace nylon1920Latex SpongePrecursor of Latex foam made by Dunlop method in 19281937Extruded PolystyreneWith CFCsPhenolic Foams19451954Expanded PolystyreneSu