100 100 10 10 10 113 115 273 2 2 1 1 101 96 5 111 POTSDAM BERLIN Berlin Central Station Potsdam main station Berlin-Tegel Berlin-Schönefeld Fraunhofer IAP Halle Schkopau Wildau Potsdam Leipzig Berlin Schwarzheide Teltow Hamburg DIRECTOR | Prof. Dr. Alexander Böker LOCATIONS | Fraunhofer Institute for Applied Polymer Research IAP Headquarter Potsdam-Golm Science Park Potsdam-Golm | Geiselbergstraße 69 | 14476 Potsdam | Germany Phone +49 331 568 –1000 E-mail info @iap.fraunhofer.de Fraunhofer Pilot Plant Center for Polymer Synthesis and Processing PAZ Value Park A 74 | 06258 Schkopau | Germany Phone +49 3461 2598 – 100 Processing Pilot Plant for Biopolymers Schwarzheide Schipkauerstraße 1 / A 754 | 01987 Schwarzheide | Germany Phone +49 331 568 – 3403 Polymeric Materials and Composites PYCO Kantstraße 55 | 14513 Teltow | Germany Phone +49 3328 330 – 284 Pilot Plant 1 | Freiheitstraße 124 – 126 | 15745 Wildau | Germany Pilot Plant 2 | Schmiedestraße 5 | 15745 Wildau | Germany Fraunhofer Center for Applied Nanotechnology CAN Grindelallee 117 | 20146 Hamburg | Germany Phone +49 40 42838 – 4983 www.iap.fraunhofer.com BIOPOLYMERS | MODIIZIERUNG VON POLYMEREN POLYMERS | APPLIED MICROBIO RUBBER | BIOTECHNOLOGIE | VERFAHRENSENTWICKLUNG | PROCESSING CORNEA AUS LÖSUNG UND SCHMELZE | NANOTECHNOLOGIE UND SELF-ASSEM ASSEMBLY | FUNKTIONALISIERUNG VON OBERFLÄCHEN | CHARACTERISATION PLA | STRUKTUR-EIGENSCHAFTSBEZIEHUNGEN | DÜNNSCHICHT- AND PRINT TECHNOLOGIEN SYNTHESE UND MODIFIZIERUNG VON POLYMEREN | AERO PPLIED MIKROBIOLOGIE UND BIOTECHNOLOGIE | VERFAHRENSDEVELOPMENT AND SCALE-UP | VERARBEITUNG AUS LÖSUNG UND SCHMELZE | NANOTECH NOLOGY UND SELBSTASSEMBLIERUNG | FUNKTI ONALISIERUNG OF SU SURFACES | CHARAKTERISIERUNG UND STRUKTUR-EIGENSCHAFTS ANALYSIS THINFILM- AND DRUCKTECHNOLOGIEN SYNTHESE UND MODIFICA ICS OF POLYMERS | ANGEWANDTE MIKROBIOLOGIE UND BIOTECHNOLOGY PROCESSINGWICKLUNG UND SCALE-UP | VERARBEITUNG AUS LÖSUNG AND SECURITY | NANOTECHNOLOGIE UND SELBSTASSEMBLIERUNG | METHODS FUNCTIONAL VON OBERFLÄCHEN | CHARAKTERISIERUNG UND FLEXIBLE TEXTILE | THINFILMICHT- UND DRUCKTECHNOLOGIEN | SYNTHESIS | OLEDS | DIS FILMS | CONSTRUCTION POLYMEREN | ANGEWANDTE APPLIED MICROENCAPSUL SCALE-UP | DEVELOPMENT UND SC-UP | PROCESSING OF SOLUTION MELTING | NANOTECHNOLOGY SELF-ASSEMBLY | PROCESS OPTIMIZATION | 3D-PRINT POLYMERIZATION | SURFACES | CHARACTERIZATION | CELLULOSE | APPL BIOTECHNOLOGY | BIOBASED | MODIFICATION | CARBON FIBERS | CHEMI FRAUNHOFER INSTITUTE FOR APPLIED POLYMER RESEARCH IAP POLYMERS OUR EXPERTISE – YOUR SUCCESS
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POTSDAM
BERLINBerlin Central Station
Potsdam main station
Berlin-Tegel
Berlin-Schönefeld
Fraunhofer IAP
HalleSchkopau
WildauPotsdam
Leipzig
Berlin
Schwarzheide
Teltow
Hamburg
DIRECTOR | Prof. Dr. Alexander Böker
LOCATIONS |
Fraunhofer Institute for Applied Polymer Research IAP Headquarter Potsdam-GolmScience Park Potsdam-Golm | Geiselbergstraße 69 | 14476 Potsdam | GermanyPhone +49 331 568 – 1000E-mail info @ iap.fraunhofer.de
Fraunhofer Pilot Plant Center for Polymer Synthesis and Processing PAZValue Park A 74 | 06258 Schkopau | GermanyPhone +49 3461 2598 – 100
Processing Pilot Plant for Biopolymers SchwarzheideSchipkauerstraße 1 / A 754 | 01987 Schwarzheide | Germany Phone +49 331 568 – 3403
F R A U N H O F E R I N S T I T U T E F O R A P P L I E D P O LY M E R R E S E A R C H I A P
WE RESEARCH ON YOUR BEHALF
TURNING YOUR IDEAS INTO PRODUCTS
APPLIED POLYMER RESEARCH MADE-TO-
MEASURE
SERVICES | synthesis and modification of polymers, material development, polymer processing, scale-up up to ton scale, process optimization, technology and process develop-ment, surface analysis, structural characterization, material testing, utilization of biogenic residues, biotechnology, consulting
The Fraunhofer IAP in Potsdam-Golm, Germany, offers a broad range of research on polymers. We work on biobased and synthetic polymers that meet the growing demands of our partners. The end products are becoming more durable and stable, more acid and heat resistant, easier to care for, healthier, more environmentally-friendly, more cost-effective ... as well as easier and more energy efficient to manufacture.
We develop innovative and sustainable materials, processes and products that are specifically tailored to the application’s requirements. We also create conditions which ensure that the developed methods not only work on a laboratory scale, but also under production conditions.
APPLICATION FIELDS | plastics industry, lightweight construction, aerospace, automotive, electronics, optics, security technology, energy technology, textile industry, packaging, environmental and waste water technology, paper, construction and paint industries, medicine, pharmacy, cosmetics, biotechnology
POLYMERSOUR EXPERTISE – YOUR SUCCESS
PRO
CESS
ING
PIL
OT
PLA
NT
FOR
BIO
POLY
MER
S SC
HW
AR
ZHEI
DE
PILO
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PLA
SY
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UR
FAC
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SPIN
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MA
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LA
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POLY
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TIC
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FRAUNHO
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PRO
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FRA
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TER
FO
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PPLI
ED N
AN
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LO
GY CAN H
AMBURG
WE RESEARCH ON YOUR BEHALF
TURNING YOUR IDEAS INTO PRODUCTS
APPLIED POLYMER RESEARCH MADE-TO-
MEASURE
SERVICES | synthesis and modification of polymers, material development,
polymer processing, scale-up: up to ton scale, process optimization, technology and process develop-ment, surface analysis, structural characterization, material testing, utilization of biogenic residues, biotechnology, consulting
The Fraunhofer IAP in Potsdam-Golm, Germany, offers a broad range of research on polymers. We work on biobased and synthetic polymers that meet the growing demands of our partners. The end products are becoming more durable and stable, more acid and heat resistant, easier to care for, healthier, more environmentally-friendly, more cost-effective ... as well as easier and more energy efficient to manufacture.
We develop innovative and sustainable materials, processes and products that are specifically tailored to the application’s requirements. We also create conditions which ensure that the developed methods not only work on a laboratory scale, but also under production conditions.
APPLICATION FIELDS | plastics industry, lightweight construction, aerospace, automotive, electronics, optics, security technology, energy technology, textile industry, packaging, environmental and waste water technology, paper, construction and paint industries, medicine, pharmacy, cosmetics, biotechnology
PRO
CESS
ING
PIL
OT
PLA
NT
FOR
BIO
POLY
MER
S SC
HW
AR
ZHEI
DE
PILO
T PL
AN
T FO
R
PLA
SY
NTH
ESIS
PILO
T PL
AN
T FO
R S
UR
FAC
E TE
CH
NO
LOG
Y
SPIN
NIN
G L
INES
MA
TER
IAL
TEST
ING
LA
BO
RA
TOR
Y
POLY
MER
AN
ALY
TIC
S
CA
RB
ON
IZA
TIO
N L
INE
BIO
TEC
HN
OLO
GY
FA
CIL
ITY
PILO
T PL
AN
T FO
R
PRIN
TED
ELE
CTR
ON
ICS
FRAUNHO
FER
PILO
T PL
AN
T C
ENTE
R F
OR
PO
LYM
ER S
YN
THES
IS A
ND
PRO
CESS
ING P
AZ SCHKOPA
U
PREP
REG
AN
D C
OA
TIN
G P
LAN
TS T
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W A
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FRA
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HO
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CEN
TER
FO
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PPLI
ED N
AN
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LO
GY CAN H
AMBURG
biobased monomers, polymers, catalysts
biomedical materials
cell culture of human pathogensnew therapies
biocompatibility
cytotoxicity testdrug delivery
fermentation and processing
biofunctional polymers
integration of biomolecules in polymers
development and modification of machines
solution spinning
carbon fibers
viscose process
implants
OUR
COMPETENCESFOR YOUR
PROGRESSProcessing
from Solution and
Melt
Synthesis and Modification of (Bio) Polymers
Nanotechnology and Self-assembly
Characterization of Materials and Analysis
of Polymers and Particulate Systems
Microbiology and Biotechnology
polymerization techniquesbio poly mers and synthetic polymers
novel and
optimized polymer structuresoptically and electrically active polymers
chromogenic polymers
microencapsulation polymers from renewable raw materials
dispersions and particles
fibers and films membranes and particles
processing properties
extrusion and injection moldingmodification and analysis of the property spectrum
of polymer materials additivation
reactive extrusion
process developmentidentification of process engineering data
safe processesoperation of pilot plants
process analysis and optimization
chemical, physical and biologicalsurface functionalization
materials for surface functionalization
identification and characterization of polymers in solution
determination of chemical compositioninvestigations of solids and melts
surface analysistargeted modification of
material propertieshair analysis
design and
manufacture of supramolecular systems
nanosensoricslayer-by-layer
self-assembly at interfaces and
in particulate systemsprotein-polymer conjugates
organic electronicsOLED, OPV, OTFT
sensors, actuatorscharacterization
processes and printing technologies
clean room with special process conditionsprinted electronics
Functionalization of
Surfaces
Printingand Thin Film
Technologies
Process Developmentand
Scale-up
cellulose, starch, lignin, PLA
up to Ton Scale
biobased monomers, polymers, catalysts
biomedical materials
cell culture of human pathogensnew therapies
biocompatibility
cytotoxicity testdrug delivery
fermentation and processing
biofunctional polymers
integration of biomolecules in polymers
development and modification of machines
solution spinning
carbon fibers
viscose process
implants
OUR
COMPETENCESFOR YOUR
PROGRESSProcessing
from Solution and
Melt
Synthesis and Modification of (Bio) Polymers
Nanotechnology and Self-assembly
Characterization of Materials and Analysis
of Polymers and Particulate Systems
Microbiology and Biotechnology
polymerization techniquesbio poly mers and synthetic polymers
novel and
optimized polymer structuresoptically and electrically active polymers
chromogenic polymers
microencapsulation polymers from renewable raw materials
dispersions and particles
fibers and films membranes and particles
processing properties
extrusion and injection moldingmodification and analysis of the property spectrum
of polymer materials additivation
reactive extrusion
process developmentidentification of process engineering data
safe processesoperation of pilot plants
process analysis and optimization
chemical, physical and biologicalsurface functionalization
materials for surface functionalization
identification and characterization of polymers in solution
determination of chemical compositioninvestigations of solids and melts
surface analysistargeted modification of
material propertieshair analysis
design and
manufacture of supramolecular systems
nanosensoricslayer-by-layer
self-assembly at interfaces and
in particulate systemsprotein-polymer conjugates
organic electronicsOLED, OPV, OTFT
sensors, actuatorscharacterization
processes and printing technologies
clean room with special process conditionsprinted electronics
Functionalization of
Surfaces
Printingand Thin Film
Technologies
Process Developmentand
Scale-up
cellulose, starch, lignin, PLA
up to Ton Scale
biobased monomers, polymers, catalysts
biomedical materials
cell culture of human pathogensnew therapies
biocompatibility
cytotoxicity testdrug delivery
fermentation and processing
biofunctional polymers
integration of biomolecules in polymers
development and modification of machines
solution spinning
carbon fibers
viscose process
implants
OUR
COMPETENCESFOR YOUR
PROGRESSProcessing
from Solution and
Melt
Synthesis and Modification of (Bio) Polymers
Nanotechnology and Self-assembly
Characterization of Materials and Analysis
of Polymers and Particulate Systems
Microbiology and Biotechnology
polymerization techniquesbio poly mers and synthetic polymers
novel and
optimized polymer structuresoptically and electrically active polymers
chromogenic polymers
microencapsulation polymers from renewable raw materials
dispersions and particles
fibers and films membranes and particles
processing properties
extrusion and injection moldingmodification and analysis of the property spectrum
of polymer materials additivation
reactive extrusion
process developmentidentification of process engineering data
safe processesoperation of pilot plants
process analysis and optimization
chemical, physical and biologicalsurface functionalization
materials for surface functionalization
identification and characterization of polymers in solution
determination of chemical compositioninvestigations of solids and melts
surface analysistargeted modification of
material propertieshair analysis
design and
manufacture of supramolecular systems
nanosensoricslayer-by-layer
self-assembly at interfaces and
in particulate systemsprotein-polymer conjugates
organic electronicsOLED, OPV, OTFT
sensors, actuatorscharacterization
processes and printing technologies
clean room with special process conditionsprinted electronics