FRAUNHOFER INSTITUTE FOR WOOD RESEARCH, · PDF fileFRAUNHOFER INSTITUTE FOR WOOD RESEARCH,...
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© Fraunhofer WKI FRAUNHOFER INSTITUTE FOR WOOD RESEARCH, WILHELM-KLAUDITZ-INSTITUT WKI RECENT TRENDS IN WOOD RESEARCH Dr. Carola Link »EXPO Corma« 10 November 2017, Coronel, Concepción, Chile
Transcript of FRAUNHOFER INSTITUTE FOR WOOD RESEARCH, · PDF fileFRAUNHOFER INSTITUTE FOR WOOD RESEARCH,...
© Fraunhofer WKI
FRAUNHOFER INSTITUTE FOR WOOD RESEARCH,WILHELM-KLAUDITZ-INSTITUT WKIRECENT TRENDS IN WOOD RESEARCHDr. Carola Link»EXPO Corma«10 November 2017, Coronel, Concepción, Chile
© Fraunhofer
AgendaÍndice de contenidos
Fraunhofer-Gesellschaft
Fraunhofer Institute for Wood ResearchWilhelm-Klauditz-Institut WKI
Recent research topics at the Fraunhofer WKI
“Adhesives”
“Wood-based panels”
Testing, Monitoring & CertificationDepartment “Quality Assessment”
© Fraunhofer
69 institutes and research units
24,500 staff
€2.1 billion annual research budget totaling. Of this sum, more than €1.9 billion is generated through contract research
Roughly two thirds of this sum is generated through contract research on behalf of industry and publicly funded research projects
Roughly one third is contributed by the German federal and Countries governments in the form of base funding
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Braunschweig: WKI
main locations
other locations
Fraunhofer-Gesellschaft, the largest organization for applied research in EuropeSociedad Fraunhofer, la organización deinvestigaicón aplicada más grande de Europa
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Fraunhofer WorldwideFraunhofer en el Mundo
Subsidiary Center Project Center ICON / Strategic cooperation Representative / Marketing Office Senior Advisor
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Our Guiding PrinciplesMissionNuestros principios principalesMisión
Applied research is the foundation of our organization. We partner with companies to transform original ideas into innovations that benefit society and strengthen both the German and the European economy.
Our employees shape the future – in ambitious positions at Fraunhofer or in other areas of science and business. Fraunhofer therefore places great importance on their professional and personal development.
© Fraunhofer
Our Guiding PrinciplesVisionNuestros principios principalesVisión
Fraunhofer is the international leader of applied research.
As an innovation driver, we lead strategic initiatives to master future challenges and thus achieve technological breakthroughs.
© Fraunhofer
Fraunhofer Institute for Wood Research Wilhelm-Klauditz-Institut WKI, BraunschweigInstituto de Investigación en Madera Wilhelm-Klauditz (WKI), Brunswick
Director
Prof. Dr.-Ing. Bohumil Kasal
Founded in 1946 by
Wilhelm Klauditz
Since 1972 affiliation to
Fraunhofer-Gesellschaft e.V.© Fraunhofer WKI | Peter Pfeiffer, Visioflight Luftbildservice
© Fraunhofer
Fraunhofer WKI – Wood Research with ResponsibilityFraunhofer WKI – Investigación en Madera con Responsabilidad
Vis ion
A successful global research institute that handles current
and prospective questions of renewable lignocelluse-
based resources and technologies considering
environmental impacts.
Miss ion
The responsible use of renewable raw materials for a
sustainable improvement of quality of life.© F
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The Institute in figuresEl Instituto en cifras
17 M EURANNUAL BUDGET
155EMPLOYEES
7000 m²USABLE AREA
65 %INDUSTRIAL
REVENUE
80PUBLICATIONS
2016
116PATENTS
5PROFESSORSHIP
© Fraunhofer
LocationsNuestros centros
HANOVER
Application Center for Wood Fiber Research HOFZET
New (bio-) fibercomposite materials
Cooperation with IfBBfrom the Hochschule Hannover
BRAUNSCHWEIG
Headquarters since 1946at “Querumer Forst“
Center for Light andEnvironmentally-FriendlyStructures ZELUBA
More sustainability in the construction sector
Cooperation with theTU Braunschweig
WOLFSBURG
Fraunhofer Project Centre
Lightweight automotiveconstruction
Cooperation withFraunhofer IFAM and IWU
Open Hybrid LabFactory
© Fraunhofer
Departments: 6translation
(1) Technology for Wood-based Panels
(2) Material Analysis and Indoor Chemistry
(3) Surface Technology
(4) Quality Assessment
(5) Center for Light and Environmentally-Friendly Structures ZELUBA
(6) Application Center for Wood Fiber Research HOFZET
© Fraunhofer WKI | Marek Kruszewski
Fraunhofer WKI DepartmentsDepartamentos del Fraunhofer WKI
© Fraunhofer
Research Focuses
Wood-based materials
Wood-Plastic Composites (WPC)
New (hybrid) materials
Formaldehyde-free bonding
Recycling of waste wood and WPC
Measurement technology
Technology for Wood-based PanelsDr.-Ing. Michael MüllerTecnologías para Tableros en base a Madera
© Fraunhofer WKI
© Fraunhofer
Research Focuses
Indoor Air Chemistry and ParticleDynamics
Functional Building Materials
Pollutants in Museums
SVOC and Particles
Test chambers and GC/MS-Analytics
Product investigations
Material Analysis and Indoor ChemistryProf. Dr. Tunga SalthammerAnálisis de Materiales y Química de ambiente interior
© Fraunhofer WKI
© Fraunhofer
Research Focuses
Wood coatings
Printing inks
Adhesives
Bio-based polymers
Damage analysis
Aging, weathering
Surface TechnologyDr. Stefan FriebelTecnologías de Superficie
© Fraunhofer WKI
© Fraunhofer
Research
Formaldehyde Testing Methods Gluing, Bonding and Adhesives
Knowledge Transfer: WKI | AKADEMIE®
Testing, Monitoring and Certification (TMC)
Testing Body Mechanical Properties
Testing Body Adhesives and Bondings
Testing Body Formaldehyde
Factory Production Control
Standardization work at DIN, CEN and ISO level
Quality AssessmentDipl.-Ing. Harald SchwabEvaluación de Calidad
© Fraunhofer WKI
© Fraunhofer
Research Focuses
Hybrid material systems
Load-bearing behavior
Building physics
Fire protection
Simulation
Center for Light and Environmentally-Friendly Structures ZELUBADr.-Ing. Marco WolfCentro para Estructuras Livianas y Ambientalmente Amigables(ZELUBA)
© Fraunhofer WKI
© Fraunhofer
Research Focuses
Higher-value usage of natural fibers and derivatives for technical applications
Fiber analysis and modification
Short-fiber-reinforced compounds andcomponents
Hybrid (bio-) composites
Technical textiles
Recycling of (bio-) plastics andcomposite materials
Material and damage analysis by meansof computed tomography
Application Center for Wood Fiber Research HOFZETProf. Dr.-Ing. Hans-Josef EndresCentro de Investigación Aplicada para Fibra de Madera (HOFZET)
© Fraunhofer WKI
© Fraunhofer
Services with strong rootsServicios con fuertes raíces
© Fraunhofer
Adhesive research at the Fraunhofer WKIInvestigación en Adhesivos en Fraunhofer WKI
Fraunhofer WKI is your competent contact partner in the field of wood adhesives.
Fraunhofer WKI es el aliado competente en el campo de los adhesivos para madera
Adhesive research is a substantial research field at the Fraunhofer WKI
3 departments with different areas of specialization
Close cooperation with industrial partners
Work on current and future-oriented research topic
Large thematic targeting
© Fraunhofer
Motivation:
Adhesive Research
Is a key topic in wood technology
Plays important role in a number of application fields (e.g. production of WBP)
Technical bonding questions also important in new research areas
usage of renewable raw materials
development of low-emission binders
Markets & Industries:
Adhesive manufacturers (also binders for WBP)
Manufacturers of wood-based panels
Adhesive users etc.
Adhesive research at the Fraunhofer WKIInvestigación en Adhesivos en Fraunhofer WKI
© Fraunhofer
Binder synthesis for adhesives:
• Synthetic binders
• Bio-based binders
• Functional binders
Adhesive characterization:
• Chemical analysis
• Mechanical testing
Adhesive application:
• Matrix bonding
• Surface bonding
OUR EXPERTISE:
Acrylates, PVAc, Epoxides etc.
PVAc on the basis of sugar, Lignin-based adhesives
De-/bonding on demand, antimicrobial binders
Spectroscopy, Imaging Techniques, Chromatography, Microscopy, Thermomechnical analysis, Rheology etc.
Universal testing machines, ABES, Climate rooms
Wood-based materials PC, FB, OSB, Scrimber, wood foam, WPC etc.
Wooden constructions, lightweight constructions
Adhesive research at the Fraunhofer WKIInvestigación en Adhesivos en Fraunhofer WKI
© Fraunhofer
ABES
Automated Bonding Evaluation System
Sistema de evaluación de unión automatizado
IR Spectroscopy
Espectroscopíainfrarroja
© Fraunhofer WKI | Manuela Lingnau
© Fraunhofer WKI | Maria Brodel
© Fraunhofer
© Fraunhofer WKI | Maria Brodel
© Fraunhofer WKI | Maria Brodel
DSC – Differential Scanning Calorimetry
(e.g. Investigation of the curing behavior)
Calorimetría de barridodiferencial
Investigation of the gelation time
Investigación del tiempo de gelificación
© Fraunhofer
Dispersion adhesives on the basis of polyvinyl acetate (PVAc, known as “white glue”) are low-emission and are widely applied in the furniture industry for cold bonding
Project goal: Further development to create a low-formaldehyde dispersion adhesive on the basis of a renewable raw material (sugar) for the heat bonding of surfaces and particles in the production of wood-based materials
Funding: BMEL / FNR, 2015 to 2018
Project partners (coverage of the entire value chain): JOWAT SE (alliance partner), 4 wood-based materials manufacturers, 1 raw materials supplier
Contact: Dr. Claudia Schirp | [email protected]: Dr. Heike Pecher | [email protected] ©
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Development of low-formaldehyde Dispersion AdhesivesDesarrollo de adhesivos de baja dispersiónde Formaldehído
© Fraunhofer
Projects at the Fraunhofer WKI and Fraunhofer IAP
Formaldehyde-free amino resins based on glykol aldehyde for wood-based panels and decor paper
Support: BMEL/FNR
Project term: 01.09.2015 – 31.08.2018
Reclassification of formaldehyde – Alternative formaldehyde-free aminoresins for wood-based panels and decor paper
Support: BMWi/AiF by iVTH
Project term: 01.01.2015 – 31.12.2017
Alternatives to FormaldehydeAlternativas al Formaldehído
© Fraunhofer
Use existing resins systems as a basis
Using existing technical plants
No major changes of the process
Substitution of formaldehyde by alternative aldehydes
Glycol aldehyde
Glyoxal
ApproachAproximación conceptual
© Fraunhofer
Substitution of formaldehyde by glycol aldehyde
Synthesis of glycol aldehyde from formaldehyde
Results:
Swelling very low (particulary particle boards)
Mechanical strength very high
Formaldehyde-free resins based on glycol aldehyde for wood-based panels and décor paperResinas libres de formaldehído en base a aldehído de glicol para tableros en base a madera y papel mural
© Fraunhofer
Substitution of formaldehyde by glyoxal und glyoxylic acid
Results:
Particle boards:
Pressing time of 10 s/mm sufficient to meet the
requirements for furniture
MDF:
Very high strength with low pressing time to 8 s/mm
All requirements were met
Beech-Plywood:
High MOR and MOE
Reclassification of formaldehyde – alternative formaldehyde-free resins for wood-based panels and décor paper Reclasificación de formaldehído – alternativas de resinas libres de formaldehído para tableros en base a madera y papel mural
© Fraunhofer
Contact: Dr. Frauke Bunzel
+49 531 2155 422
Fraunhofer WKI
Das IGF-Vorhaben 18558 BG der Forschungs-
vereinigung iVTH Internationaler Verein für
Technische Holzfragen e.V., Bienroder Weg 54E,
38106 Braunschweig, wurde über die AiF im Rahmen
des Programms zur Förderung der Industriellen
Gemeinschaftsforschung (IGF) vom
Bundesministerium für Wirtschaft und Energie
aufgrund eines Beschlusses des Deutschen
Bundestages gefördert.
Das FNR-Vorhaben 22021114 wurde im Rahmen des
Förderprogramms „Nachwachsende Rohstoffe“ vom
Bundesministerium für Ernährung und Landwirtschaft
aufgrund des Beschlusses des Deutschen
Bundestages gefördert.
Funding Notes
© Fraunhofer
Funding:
German ministry for food and agriculture, coordinating agency for renewable resources
WKI: Lignin modification (Dpt. Surface technology) and adhesive testing (Dpt. Quality assessment)
Industrial partners:
resin synthesis and adhesive formulation
lignin
Confidential
Contact: Dr. Lydia Heinrich | [email protected]
LignoGlue: Synthesis of polymers based on lignin and formulation for specialty adhesivesLignoGlue: Síntesis de polímeros basados en lignina y formulación de adhesivos especiales
© Fraunhofer
Lignin-polyether, lignin-polyester and lignin-polycaprolactones in hotmelts, reactive hotmelts, polyurethane dispersions and EPI adhesivesLignina-poliéter, lignina-poliéster y lignina-policaprolactonas en termofusibles, termofusibles reactivos, dispersores de poliuretano y adhesivos EPI
Promising results in adhesion tests for furniture applications
D4 test (EN 204/205) > 4 N/mm2 : Good water resistance
some EPI formulations
Confidential
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Services with strong rootsServicios con fuertes raíces
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Lightweight materials are in demand for insulation and packaging. Petrochemical-based foam materials are commonly used.
Climate-friendly and recyclable alternatives: foams made from wood and other lignocellulosic raw materials and residual materials (e.g. corn cobs)
Stability through the wood’s own cohesiveness at bulk densities from 50 kg/m³ to 250 kg/m³
In combination with cover layers, a multitude of further application possibilities are created
Wood instead of petrochemical plastics – Wood FoamMadera para reemplazar plásticos petroquímicos – Espuma de Madera
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Wood foam aspackaging material
Espuma de Madera como material de empaque
© Fraunhofer
Wood-foams are produced by foaming of lignocellulosic materialsEspumas de madera producidas mediante espumación de materiales lignocelulósicos
Lignocellulosicmaterials
Production
100% wood
No harmfullemission
Low density
Open-celledstructure
Soft wood
Hard wood
Annual plants
Waste wood
Thinning wood
Chiping
Defibering
Activationof woodown´sbinding
Natural additives
Physicalfoaming
Wood foam
Disintegration Binding Foaming
Holz Kahrs
© Fraunhofer
Due to the properties of wood foam various applications are possibleDebido a las propiedades de la espuma de madera varias aplicaciones son posibles
Properties Applications
Wood foam
Mould / packages
Accousticboards
Sandwich boards
Insulationboards
Low density
High compressive strength
No harmfull emission
Open-celled structure
High sound absorption
No harmfull emission
100% wood
recycable
Low thermal conductivity
High compressive strength
No harmfull emission
© Fraunhofer
Wood foam aspackaging material
Espuma de madera como material de empaque ©
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Due to the properties of wood foam various applications are possibleDebido a las propiedades de la espuma de madera varias aplicaciones son posibles
© Fraunhofer
Contact for questions, suggestions and discussionPara preguntas, sugerencias y comentarios contactar a:
Contact
Questions?
Discuss ion?
Suggestions?Name:
Department:
E-Mail:
Dr. Frauke BunzelDr. Nina Ritter
Technology for Wood-based Materials, Fraunhofer-Institute for Wood Research
[email protected]@wki.fraunhofer.de
© Fraunhofer
Usage of hard wood in multi-layer materialsEmpleo de maderas duras en materiales de múltiples capas
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Semi-industrial peeling machine / Máquina de debobinado semi-industrial
© Fraunhofer
Optimization of the peeling process for the production of a multi-layer material from beech veneers with targeted impregnation capability in compressed CO2 atmosphereOptimización del proceso de debobinado para la producción de materiales de múltiplescapas en base a chapas de haya con objetivo de impregnación en CO2 atmosféricocomprimido
Aim:
Development of a procedure for the more efficient production of veneers as well as the production of durable materials on the basis of beech wood
Objetivo:
Desarrollo de un procedimiento para la producción eficiente de chapas así como la producción de materiales durables en base a madera de haya.
Funding: BMBF / Forschungszentrum Jülich GmbH, 2014 to 2017
Project partners: Fraunhofer WKI, Fraunhofer UMSICHT, Hochschule für nachhaltige Entwicklung Eberswalde (HNEE), Pollmeier Massivholz GmbH & Co. KG
Contact: Dr. Nina Ritter | [email protected]: Peter Meinlschmidt | [email protected]
© Fraunhofer
Optimization of the peeling process for the production of a multi-layer material from beech veneers with targeted impregnation capability in compressed CO2 atmosphereOptimización del proceso de debobinado para la producción de materiales de múltiples capas en base a chapas de haya con el objetivo de impregnación en CO2 atmosférico comprimido
Fraunhofer WKI Fraunhofer UMSICHT
Investigations of avoidance of peeling cracks during veneerproduction (semi-industrial peelingmachine)
Investigation of the possibilities of an impregnation of beech veneerswith PF resin in a compressed CO2 atmosphere
provision of veneers forimpregnation tests
testing of laminated veneer lumber(mechanical and hygric properties
© Fraunhofer
Bonding under High FrequencyAdhesión bajo Alta Frecuencia
New technology at the Fraunhofer WKI
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Services with strong rootsServicios con fuertes raíces
© Fraunhofer
Research
Formaldehyde Testing Methods Gluing, Bonding and Adhesives
Knowledge Transfer: WKI | AKADEMIE®
Testing, Monitoring and Certification (TMC)
Testing Body Mechanical Properties
Testing Body Adhesives and Bondings
Testing Body Formaldehyde
Factory Production Control
Standardization work at DIN, CEN and ISO level
Quality AssessmentDipl.-Ing. Harald SchwabEvaluación de Calidad
© Fraunhofer WKI
© Fraunhofer
Testing, Monitoring and Certification (TMC)Ensayos, Monitoreo y Certificación
© Fraunhofer
Accredited according to ISO/IEC 17025
3 testing bodies:
Formaldehyde
Mechanical Properties
Bondings and Adehesives
Products (uncoated and coated):
Wood-based composites
Timber products
Furniture surfaces
Laminate floorcoverings, parquet
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TMC | TestingEnsayos
© Fraunhofer
TMC | TestingEnsayos
3 Testing bodies:
© Fraunhofer
Testing body “Formaldehyde”Laboratorio de Ensayos para Formaldehído
Accreditation according to ISO/IEC 17025
Determination of formaldehyde emission/contentaccording to worldwide recognized standards
ISO, ASTM, EN, JIS
Testing methods:
Chamber (1…48m³)
Perforator
Gas analysis
Desiccator
WKI-Flask
© Fraunhofer WKI | Manuela Lingnau
© Fraunhofer
TMC | TestingEnsayos
3 Testing bodies:
© Fraunhofer
Accreditation according to ISO/IEC 17025
Determination of
strengths and stiffness properties
bending, tension, compression etc.
Physical properties
Density, dimensions etc.
Hygric properties
Water absorption, swelling, moisture content etc.
Surface properties
abrasion, scratch, hardness, indentation etc.
© Fraunhofer WKI | Manuela Lingnau
Testing body “Mechanical Properties”Laboratorio de Ensayos para Propiedades Físico-Mecánicas
© Fraunhofer
TMC | TestingEnsayos
3 Testing bodies:
© Fraunhofer
Accredited as testing body for
bonding and adhesive systems accordingto ISO/IEC 17025
Recognized as testing body for
amino and phenoplastic resins
1K-PUR
EPI
2K-PUR, 2K-EP
© Fraunhofer WKI | Manuela Lingnau
Testing body “Adhesives and Bondings”Laboratorio de Ensayos para Adhesivos y Uniones
© Fraunhofer
We offer standardized tests for adhesive systems:
Load-bearing applications
Amino and phenoplastic resins
1K-PUR
EPI
2K-PUR, 2K-EP
Non-load-bearing applications
Thermoplastic adhesive systems
Parquet testing
Resistance to static load
Testing body “Adhesives and Bondings”Laboratorio de Ensayos para Adhesivos y Uniones
© Fraunhofer
© Fraunhofer WKI | Andreas Ritter© Fraunhofer WKI | Malte Gille
© Fraunhofer WKI | Malte Gille
Adhesive failures
a) Delamination (1K PUR in spruce), EN 302-2
b) Shear strength (beech), EN 302-1
c) Delamination (MUF, oak), EN 14080; D
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Testing body “Adhesives and Bondings”Laboratorio de Ensayos para Adhesivos y Uniones
© Fraunhofer
Testing, Monitoring and Certification (TMC)Ensayos, Monitoreo y Certificación
© Fraunhofer
TMC | Monitoring & CertificationMonitoreo y Certificación
Accreditation according to ISO/IEC 17065 andISO/IEC 17021
monitoring and certification body for national and international quality associations, authorities and organizations
Products
wood-based materials
laminate floor coverings in accordance with EN 14041
parquet in accordance with EN 14342
wall coverings in accordance with EN 15102
floor coating systems in accordance with EN 13813
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Certification programs regarding
formaldehyde release from wood-based materials
Europe (CE, E1)
California (CARB)
USA (US EPA TSCA – Title VI)
Management systems (ISO 9001)
Chain-of-Custody (PEFC)
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TMC | Monitoring & CertificationMonitoreo y Certificación
© Fraunhofer
Number of contracts / Certified
products of 106 wood-based
panel producer
CARB: 140
E1: 221
CE: 155
IKEA: 85
US-EPA TPC: 107----------------------------------------------------
Other: 216
Notified body (CE)
CARB TPC / US-EPA TPC
MLIT Approval in Japan
TMC | Monitoring & CertificationMonitoreo y Certificación
© Fraunhofer
TMC in figuresMonitoreo y Certificación en cifras
220Manufacturers
in total
30 countries
800+certifiedproducts
8Auditors
106 WBP
manufacturers
3Testing bodies
Monitoring &
Certification
© Fraunhofer
WHAT?
Market-oriented and job-concurrent training format
Modularly structured intensive courses
1) Bonding in WoodenConstruction
2) Quality Control in theProduction of Wood-BasedMaterials
Trainings „on demand“ (inividual courses)
1) Formaldehyde TestingMethods ©
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WKI | AKADEMIE® – Knowledge TransferWKI Academia – Transferencia de Conocimiento
© Fraunhofer
WKI | AKADEMIE® – Knowledge TransferWKI Academia – Transferencia de Conocimiento
We offer a market-oriented and job-concurrent training in our intensive courses:
Ofrecemos entrenamiento orientado a las necesidades del mercado a través de nuestros cursos intensivos:
Quality control in wood-based material production
Formaldehyde testing methods
Bonding in woodenconstruction
© Fraunhofer
WHO?
Specialists and managersfrom wood-working and wood-processingindustries
Students / universities
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WKI | AKADEMIE® – Knowledge TransferWKI Academia – Transferencia de Conocimiento
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Practical components
Intensive Course (March 2017):Theoretical training
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Intensive course (March 2017):“Bonding in Wooden Construction”Curso Intensivo “Unión en Construcción en Madera” (Marzo 2017)
© Fraunhofer
Meeting point for WBP manufacturers in Chile
1 day workshop:21st March, 2018
Costs per participant: 400 €
Location:Concepción, Chile
Organizers:
Fraunhofer WKI
Fraunhofer Chile Research
WKI CHILE | Workshop 2018WKI Chile: Workshop 2018
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WORKSHOP | Topics
1 European Certification sytems: EN 13986, DIBt Guideline "E1«Sistemas de certificación Europeos: EN 13986, DIBt Guideline "E1“
2 European Wood-based Panel Symposium: Review of topics and pariticipants / Outlook 2018Simposio Europeo de Tableros en base a madera: Revisión de temas y participantes / Adelanto 2018
3 Overview: Formaldehyde test methods worldwideSíntesis: métodos de ensayo de formaldehído a nivel global
4 Formaldehyde testing: Comparision of chamber methodsEnsayos de formaldehído: comparación entre métodos de cámara
5 European test methods for factory production controlMétodos de evaluación para producción en fábrica en Europa
6 Requirements of certification / testing: CARB, TSCA Title VI and JISRequerimientos para certificaciones/ensayos: CARB; TSCA Title VI y JIS
7 Questions? / Preguntas?
WKI CHILE | Workshop 2018WKI Chile: Workshop 2018
© Fraunhofer
Meeting point for the wood-based panel and supplier industry
Organizers:
Fraunhofer WKI
European Panel Federation
International Association for Technical Issues related to Wood iVTH e.V.
Next event:
10th to 12th October, 2018
11th European Wood-based Panel Symposium11er Simposio Europeo de Tableros en base a Madera
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© Fraunhofer
The planned topics of the Symposium are:
Raw materials
Process technology
Furniture application
Insulation application
International requirements
Pre-Registration see WKI-Homepage
https://www.wki.fraunhofer.de/en/events/11ewbps.html ©
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11th European Wood-based Panel Symposium11er Simposio Europeo de Tableros en base a Madera
© Fraunhofer
Fraunhofer Institute for Wood ResearchWilhelm-Klauditz-Institut WKIBienroder Weg 54 E38108 BraunschweigGermany
Phone +49 531 2155-410Fax +49 531 351587
Contact
Thank you for your attention.Dr. Carola Link
