find your highlight. -...

Find your highlight.Change your perspective with our latest innovations for Adhesives & Sealants.

32

Foreword

Dear Customers, Innovation is a significant, if not the most important motor for the long-term economic success in our industry. Fresh ideas and new developments are the major key factors for growth and differentiation. Innovative strength and efficient research are hallmark characteristics of Evonik. We, in the Adhesive Resins Product Line make every effort to further develop our technologies, to foster our creativity and to continuously adopt new perspectives: We want to continue to use good ideas to develop new products and tailor-made solutions for you. We cherish the close collaboration and open dialog we enjoy with our customers. Innovation means more to us than simply the new product. It also means new systems and application fields or enhanced services that help us move forward together.

With this brochure, we would like to present some of our current highlights. Here you will find new products and solutions for the most diverse applications and industries. There‘s POLYVEST® EP ET, a new epoxy- terminated polybutadiene, which can be used for adhesives and sealants in automotive bodywork, hot melt adhesive systems based on DYNACOLL® polyesters and polyacrylates e.g. for lightweight construction solutions or newly created VESTOPLAST® grades for formulations with high polymer content for packaging or hygiene applications. Find out more about the new application areas, products and systems that we have developed for you. We hope you enjoy reading it.

Sincerely yours,

Dr. Dietmar Wewers Senior Vice President & General Manager Coating & Adhesive Resins

54

Designed Polymers: DYNACOLL®Polyesters for 2C PU hot melts

Unique properties of DYNACOLL® • Modular system of amorphous, liquid and

crystalline DYNACOLL® polyesters polyols• Tailor-made linear and branched grades• Good adhesion to various substrates• Physical bonding due to hot melt character• Moisture independent crosslinking reaction• High elongation and cohesive strength

Your benefit• High handling strength and short cycle times• Robust procedure as no acceleration by catalysis is needed• Broad application area for mixed materials• No primers needed• Complete curing of thick bond lines• Supports temperature changes (Δα)

Polyester data

DYNACOLL® type Tg [°C] Tm [°C]Functio-

nality

OH-num-ber [mg KOH/g]

A1 45 – 2 70

A2 25 – 2 50

L1 -30 – 3 100

C1 -60 55 2 30

C2 -60 55 2 50

DYNACOLL® based 2C hot melts –New adhesive systems with high initial strength for (semi-)structural bonding of composite materials for automotive applications

AUTOMOTIVE

Lightweight constructions are key elements for saving power and reducing emissions of cars. The automotive industry is searching for new bonding solutions to join dissimilar materials like CFR plastics and metal. In general, polyurethane systems are well suited to provide high elongation and shear strength. Typically used 2C liquids for (semi)-structural bonding need to be accelerated by catalysts and heat to build up sufficient handling strength. Further primers are requested to provide good adhesion to CFRP.

DYNACOLL® polyester polyols are well established for formulating 1C PU hot melts. After application of the adhesive at moderate temperatures, the parts set bond quickly, resulting in short cycle times that allow fast downstream processing of the bonded substrates. The subsequent crosslinking by moisture, such as atmospheric moisture, leads to bonds with high final strength and temperature resistance. However, there are limitations in using 1C PU hot melts in case of thick bondlines as the curing speed is depending on moisture permeability and in providing very high cohesive strength for structural bonding.

2C PU hot melts are a new approach to offer high productive adhesive solutions with high cohesive strength to the automotive industry due to the hot melt character and increased crosslink density. Therefore innovative concepts based on new linear and branched DYNACOLL® polyester polyols were developed.

Contact: Gabriele Brenner, [email protected]

Shear adhesion properties of 2C PU HM Shear adhesion of 1C PU HM with fillers

PC SteelCFRP Alu Steel PC0 0

2 2

4 4

6 6

8 8

10 10

12 12

PU2 0.2 mm

2 mmSh

ear a

dhes

ion

[MPa

]

Shea

r adh

esio

n [M

Pa]

Adhesive thickness 2 mm Influence of adhesive thickness after 7 days moisture curing

Adhesive Properties (Adhesive thickness 2 mm)Properties Unit PU 1 PU 2

Tensile strength after 7 days MPa 19 15

Elongation at break after 7 days % 190 240

Open time sec 200 510

Setting time sec 180 480

Handling strength (0.3 MPa) min 10 30

Model formulation 2C PU HMComposition (pbw) Component A Component B

PU1 PU2 PU1 PU2

A1 10 10

A2 12.5 12.5

L1 40 40 10 10

C1 9 21

C2 7.5 17.5

Fillers 13 13 50 50

4,4‘- MDI 18 18.5 Mixing ratio A/B is 1/1 by volumeMixing & application temperature is 70 °CApplication by conventional 2C static mixers

76

POLYVEST® EP ET – Epoxy-terminated liquid polybutadiene improves performance of heat-curable rubber-based body shop adhesives and sealants

AUTOMOTIVE

With POLYVEST®, Evonik’s Adhesive Resins Product Line offers a range of stereospecific, low viscous and unsaponifiable liquid polybutadienes. Based on their unsaturated and nonpolar polymer backbone all POLYVEST® grades exhibit a superior low glass transition temperature (-80 to -100 °C), an excellent reactivity towards curing via vulcanization and a good compatibility with process oil. Due to these unique properties, POLYVEST® is highly suitable for being used as low viscous reactive plasticizer in rubber-based body shop adhesives and sealants. Adhesives and sealants based on POLYVEST® can be directly applied on oily substrates and do not migrate or bleed-out after the curing step via vulcanization.

Furthermore, the adhesion performance of rubber-based adhesives and sealants can be improved by application of commercially available functional POLYVEST® grades, e.g. hydroxyl-terminated POLYVEST® HT and anhydride modified POLYVEST® MA 75.

Recently, the product portfolio has been expanded by another unique functional polybutadiene: POLYVEST® EP ET – an epoxy-modified polybutadiene with a tailormade molecular structure that provides exclusively terminal epoxy moieties and an unsaturated polybutadiene backbone. Based on its unique structure it can undergo a chemical reaction with its epoxy groups and the double bonds. POLYVEST® EP ET also shows an excellent compatibility in rubber-based adhesives and sealants and it facilitates a further improved adhesion on polar substrates like steel or aluminum.

Its bifunctional structure allows dual-curing via vulcanization and epoxy-curing. The additional epoxy- curing step, e.g. by using latent amine hardener like dicyandiamine in combination with bisphenol A epoxy resins as co-binders, leads to improved tensile and lap shear strength of the formulation.

Contact: Dr. Niko Haberkorn, [email protected]

Designed Polymers: POLYVEST® EP ETEpoxy-terminated polybutadiene for body shop adhesives and sealants

Unique properties • Terminal epoxy groups• Good compatibility with liquid and solid rubbers• Low glass transition temperature

Your benefit• Improves adhesion of rubber-based adhesives and

sealants on polar substrates• Curing via epoxy moieties and olefinic backbone• Direct application on oily substrates

For a multitude of applications

vinyl: 22% trans: 57% cis: 21%

without funct. polybutadiene

with HTPB With POLYVEST® EP ET

6

8

4

2

0 1.5 2.5 6.5

Tens

ile st

reng

th /

MPa Increase in tensile stre

ngth

without funct. polybutadiene

with HTPB With POLYVEST® EP ET

6

4

2

0 0.4 1.8 4.50.5 1.9 3.4

Lap

shea

r str

engt

h / M

Pa Increase in shear strength

Increased Performance

Technical properties at a glance

Viscosity at 20 °C ~ 10 Pa s

Epoxy equivalent ~ 1,400 g/eq.

Mean molecular weight ~ 3,200 g/mol (Mn) ~ 8,300 g/mol (Mw)

Functionality ~ 2.3

Tg - 80 °C

Exemplary rubber-based formulation a b c

Non-functionalized polybutadiene 22 wt%

HTPB 22 wt%

POLYVEST® EP ET 22 wt%

Bisphenol A epoxy resin 10 wt% 10 wt% 10 wt%

Additional components: Fillers, antioxidants, sulphur, vulcanization agents, dicyandiamide

Curing conditions: 170 °C for 30 min.

on aluminum

on steel

EP: Experimental Product HTPB: Hydroxyl-Terminated Polybutadiene

Adhesion Coating Sealing Damping

98

Designed Polymers: VESTOPLAST® EP V2094A grade for low viscosity applications – Non-woven and foam

Unique properties• Excellenthottackandadhesion,e.gtoPP,PEandfoams• Lowviscosity,lowdensity• CloseproximityofsofteningpointandS.A.F.T.• Light-colored–Lowodor

Your benefit• Highmileageforefficientprocesses• Lowapplicationtemperature–Lowenergyconsumption• Lowprocesstemperatureathighheatstability• Highpolymercontentformulationspossible

VESTOPLAST® EP V2094 – A newly designed polymer with a unique structure for high polymer content formulationsA dedicated development of our R&D department resulted in new innovative VESTOPLAST® grades with a unique polymer structure. Discover the brand new low viscous polymer for hygiene application designed with a new technology. Use it in high polymer content formulations to reduce dependency on tackifiers. The free flowing granules enable a significantly improved handling in your production environment, for example by unloading bags or using vacuum conveying equipment. Excellent sprayability is given with most common application systems such as slot die or spiral spray, even at temperatures below 130 °C.

With VESTOPLAST® amorphous poly-alpha-olefins (APAO), Evonik offers a broad range of co- and terpolymers of ethene, propene and 1-butene as raw materials for various applications. Based on the variation of monomer composition, molecular weight and chemical modification, optimum values are achieved for properties like hardness, melt viscosity, crystallinity and rate of crystallization. The production process allows us to offer both predominately amorphous, soft grades as well as harder, partially crystalline grades.

Contact: Dr. André Ebbers, [email protected]

NON-WOVEN & FOAM

Picture of spiral sprayThe new grade provides:• Freeflowinggranules• Noviscositydrop–Nocracking• Goodcolorstability–Lowodor• Especiallysuitableforslotdieandspiralspray

Application example: Hygiene

VESTOPLAST ® based formulations:• Achieveatleast10%highermileageduetoitslowerdensity• HaveahigherpolymercontentthanSBCbasedformulations

Density [g/cm3] Tackifier content [%]

0.9

40

1.060

1.180

1.2 100

0.8

200.7

0.6 0

VP basedSBC based

150 °C 130 °C 120 °C

Sprayable even with low application temperature down to 120°C.* * Formulations tested with lab equipment under realistic conditions

Increased mileage – Less tackifier


Melt viscosity @190 °C [mPa*s] 2,500 ± 500

Needle penetration [0.1 mm] 20 ± 4

Softening point (R&B) [°C] 94 ± 4

S.A.F.T. acc to WPS 68 [°C] 80 – 85

Open time [min] >10

Tensile strength [MPa] 1

Elongation @break % 70

Tg (acc to DSC) [°C] -38

Density [g/cm³] 0.86

Exemplary formulation

Vestoplast® EP V2094 70 pts

Tackifier* 30 pts

IRGANOX 1010 0.2 pts

*broad compatibility with C5, hydrogen. C5, C5/C9 tackifier resins

EP: Experimental Product

1110

Well connected and free. The culture of innovation at Coating & Adhesive Resins.

Interview with Dr. Lutz Mindach, Head of Innovation Management, Coating & Adhesive Resins.

Dr. Mindach, since the beginning of March you have been in charge of global research activities at the Coating & Adhesive Resins Business Line. How important, in your opinion, is innovation for the development of the business and what role does the customer play in this process?Innovations are an essential driver of growth in our industry. Early identification of trends and the development of new solutions for the challenges of the future can only take place with input from our customers. This close collaboration is a critical factor for our mutual success. For us, innovation is therefore just the solution that adds value for customers.

What are the prerequisites for achieving this?In my view, an open, innovative culture is vital to collaboration. Such a culture admits mistakes and allows for freedom. This leads to new ways of thinking and gives us the chance to incorporate new perspectives. We also integrate the global organization so that we work not only on new topics but also the right topics.

Another important element is our staff. Our research team is comprised of young, “hungry” researchers who are extremely well connected, both internally and externally. This often provides completely new stimulus that injects an incredible momentum into our work. We critically assess existing solutions and aim to conduct active, open discussions with the development partners with which we are ultimately working toward a common goal.

What makes Evonik an attractive partner for joint development projects?Analysis and knowledge of what customers need is the basis of our innovations. Like virtually no other raw material manufacturer, we are focusing squarely on the trends and developments in the adhesive and sealant industry. Our wide range of attractive technology platforms (polyolefins, polyesters, poly-(meth)acrylates, and polybutadienes) gives us a broad base. We have mastered these technologiesfor decades, in other words, we draw on expertise that we have built up over many years – but without forgetting to continuously develop and expand the portfolio.

We achieve this progress by working as an open partner in collaborative ventures and joint projects. In the process, we deliver not only new products but also customized technology solutions. We don’t necessarily have a special class of polymers in mind when developing these – our goal is primarily the final performance of the adhesive system.

How do you ensure that you are always at the cutting edge of technology?This starts with recruitment. We specifically choose young polymer experts who are straight out of university. We also work in various partnerships within our projects with universities, arrange for special topics to be researched in Bachelor and Master theses, and are very well connected with not only student groups but with other adhesive experts and associations as well. Ultimately, however, it is also the intensive exchange of ideas and experience with our customers that sets the direction for us.

How do you approach new issues?Because our resources are limited, statistical methods in the design of experiments and simulation methods are becoming increasingly important for us in polymer design, as is utilizing Evonik’s internal expertise, such as incorporating many different fields of engineering (for example in relation to interfacial and particle phenomena), and making use of internal networks such as industry teams and Evonik project houses. The teams integrated in this way ensure a holistic approach for us and our customers.

What can we expect in the future?The solutions shown in this brochure for a wide range of applications are already successful examples of our diverse activities with partners such as universities, equipment manufacturers, and end customers. These success stories reinforce our belief that we should continue in the same vein, giving a further boost to our business line’s innovative capacity. Looking at our current pipeline of activities, I can promise that we will support our customers in the near future with further attractive innovations.

Dr. Lutz Mindach studied chemistry at the Universities of Cologne and Mainz before doing a PhD at the Max Planck Institute for Polymer Research. In 1996, he started working in the research department of the Coating Raw Materials unit of the former Hüls AG. After holding several positions in research, applied technology, and marketing, he has headed up the global research activities of the Coating & Adhesive Resinsv Business Line at Evonik Resource Efficiency GmbH since March of this year.

Contact: Dr. Lutz Mindach, [email protected]

1312

The new grade provides:• Goodcolorstability–Nocracking• Light-color–Lowodor• HighSAFTatmedium-highsofteningpoint• CompatiblewithC5,hydrogenatedC5, and C5/C9 tackifiers• Fastsettingtimeinlowviscosityformulations

Application example: Packaging

VP EP V2103 mPO EVA

120[°C]

100

80

60

-20 °C

Softening point SAFT

-8 °C -15 °C

Close proximity of softening point and SAFT

VESTOPLAST® EP V2103 – A newly designed polymer with a unique structure providing high heat stability in combination with low application temperatureA dedicated development of our R&D department resulted in new innovative VESTOPLAST® grades with a unique polymer structure. Discover the brand new low viscous polymer for packaging applications designed with a new technology. In low viscosity packaging formulations beneficial properties such as fast set and good adhesion can be obtained with high polymer content and even without tackifier. Our new polymer is fully compatible with FT hard waxes. Excellent hot tack and adhesion is not only given on pure cardboards but also on PP or PE.

With VESTOPLAST® amorphous poly-alpha-olefins (APAO), Evonik offers a broad range of co- and terpolymers of ethene, propene and 1-butene as raw materials for various applications. Based on the variation of monomer composition, molecular weight and chemical modification, optimum values are achieved for properties like hardness, melt viscosity, crystallinity and rate of crystallization. The production process allows us to offer both predominately amorphous, soft grades as well as harder, partially crystalline grades.

Contact: Dr. André Ebbers, [email protected]

Unique properties • Excellent hot tack and adhesion (e.g. on PP, PE, cardboard)• Low viscosity – Low density• Light-colored – Low odor• Close proximity of high softening point and S.A.F.T.• High tensile strength

Your benefit • Costadvantageduetohighmileageandgoodadhesion• Highpolymercontentformulationspossible• Easytomelt–Easytoformulate

PACKAGING Designed Polymers: VESTOPLAST® EP V2103A grade for low viscosity applications – Packaging

• Excellentbondingtovarioussubstratessuch as PE, PP, coated cardbords etc.• Ahighsofteningpoint• Lowglasstransitiontemperature• Goodthermalstability• Shortopentime

Add our new grade to your formulation for:

Specific example: Difficult to bond substrates – Straw attachment


Melt viscosity@190 °C [mPa*s] 2,500 ± 500

Needle penetration [0.1 mm] 12 ± 3

Softening point (R&B) [°C] 103 ± 3

S.A.F.T. acc to WPS 68 [°C] 90 – 95

Open time [min] ~ 5

Tensile strength [MPa] 2

Elongation@break % 40

Tg (acc to DSC) [°C] -33

Density [g/cm³] 0.86

Exemplary formulations and its technical propertiesA % B %

VESTOPLAST® EP V2103 90 VESTOPLAST® EP V2103 70

SUKOREZ SU 90 15

SARAWAX SX 80 10 SARAWAX SX 80 15

IRGANOX 1010 0.2 IRGANOX 1010 0.2

Viscosity@ 160 °C [mPas] 2,600 960

Softening Point [°C] 101 95

Setting time [s] 1 < 1

EP: Experimental Product

1514

POLYVEST® EP ST – Liquid polybutadienes with combined product features of silane and rubber technologyWith POLYVEST® EP ST, Evonik’s Adhesive Resins Product Line has developed liquid silane-terminated polybutadienes that combine the beneficial product features of rubber and silane technologies.The silane-terminated grades are based on a liquid polybutadiene homopolymer with a unique microstructure and a superior low glass transition temperature of approx. -80 °C. In addition to the reactive unsaturated polybutadiene backbone, the versatile applicability of POLYVEST® EP ST is facilitated by its terminal-alkoxysilane functionalities that allows, e.g. the surface modification of inorganic fillers, adhesion promotion on polar substrates or a moisture-initiated curing.

By using POLYVEST® EP ST as an additive or co-binder in rubber-based adhesives and sealants, the dispersability of inorganic fillers, e.g. silica can be significantly improved. The unsaturated polymer backbone of POLYVEST® EP ST also facilitates a reactive incooperation into the rubber compound via, e.g. suphur vulcanization, which prevents migration effects and improves the overall mechanical properties of the final rubber-compound. Depending on the required reactivity of the alkoxysilane moieties we are offering you a triethoxysilane- (POLYVEST® EP ST-E) or a more reactive trimethoxysilane-terminated (POLYVEST® EP ST-M) grade.

Contact: Dr. Niko Haberkorn, [email protected]

CONSTRUCTION Designed Polymers: POLYVEST® EP STSilane-terminated polybutadienes for adhesives and sealants

Unique properties• Methoxy- or ethoxy-silane-terminated grades• Low glass transition temperature• Good compatibility with rubbers• Hydrophobic polymer backbone

Your benefit• Increases adhesion on polar substrates• Makes moisture initiated curing feasible• Improves dispersability of inorganic fillers

vinyl: 22% trans: 57% cis: 21%R‘: Methyl or Ethyl

POLYVEST® EP ST as dispersing agent and adhesion promotor in rubber-based sealants

Silica China Clay Wollastonite

1.5

2.0

1.0

0.5

0

With polybutadiene without silaneWith POLYVEST® EP ST

Shear strength on aluminum

0.1 0.8 0.80.3 1.1 1.1

MPa

Silica China Clay Wollastonite

1.5

2.0

1.0

0.5

0

With polybutadiene without silaneWith POLYVEST® EP ST

Shear strength on steel

0.1 0.9 0.90.4 1.4 1.3

MPa


Viscosity at 30 °C Approx. 5,000 mPa s

Mean molecular weight ~ 3,200 g/mol (Mn)

functionality (silane/chain) 1.5 – 2.5

Glass transition temperature -80 °C

Exemplary rubber-based formulation a b

Non-functionalized polybutadiene 22 – 30 22 – 30

HTPB 10

POLYVEST® EP ST 10

Fillers (e.g. silica, china clay, wollastonite), sulphur, other additives

Curing conditions: 170 °C for 30 min.

Potential applications

Adhesion promotor

Dispersing agent

Silane additive in polyurethane sealants

Functional additive in rubber compounds

Si (OR’)3

Si

Si

O O O

SiO

O

OSi

SiO

HO

Modification of fillers

Adhesion on polar substrates

Moisture curing

Polybutadiene backbone

OO O

OHOHHO

EP: Experimental Product HTPB: Hydroxyl-Terminated Polybutadiene

1716

Designed Polymers: DYNACOLL® AC 1632Tailored polyacrylate for flat lamination adhesivesCONSTRUCTION

DYNACOLL® AC 1632: Tailored polyacrylate for flat lamination adhesives, especially chalk filled PU hot melts with improved heat and storage stabilitySince many years reactive PU hot melts (RHM) are successfully used for flat lamination applications like panel bonding or sandwich constructions. The adhesives provide long open times to permit long handling times and high initial strength to hold the bonded parts in place without any further mechanical fixation.

EVONIK is the sole supplier who offers a full range of dedicated polyester polyols and polyacrylates enabling the formulation of RHM which meet these specific requirements. The polymers are marketed under the brand DYNACOLL®.

Pure polyester polyol based RHM formulation with long open time often do not provide sufficient initial strength. Modification with DYNACOLL® AC polyacrylates lead to high creep resistance due to their molecular weight. The product portfolio of bead polymers made of methyl methacrylate and n-butyl methacrylate with acid and hydroxyl functionality has an overall specification range of molecular weight of 30,000 to 140,000 and glass transition of 44 to 85 °C.

DYNACOLL® AC 1630 with molecular weight 55,000 is well established for general purpose flat lamination RHM. Its high acid number leads to good adhesion especially to metal. However, the acid number can infringe the stability of RHM in case of using chalk as filler for cost savings.

Now, a modification called DYNACOLL® AC 1632 with lower acid number and slightly higher molecular weight of 65,000 was developed providing improved heat and storage stability of chalk-filled RHM.

Contact: Gabriele Brenner, [email protected]

Unique properties • Medium acid number• Easy to handle bead polymer• High tack• High creep resistance

Your benefit• Improved storage stability of chalk filled RHM• Balanced adhesion performance• Short dilution times• Short cycle times allow cost-efficient production runs

Alu Stainless Steel Wood ABS PVC0

1234567

AC 1632 AC 1630Shear adhesion after 1 week moisture curing

[N/m

m² ]

Initial strength of RHM – Influence of DYNACOLL® AC

short long

Spectrum of standard PES-RHM formulations

Open time

DYNACOLL AC influence area

low

high

RHM formulation with chalk – Improved viscosity stabilityRHM formulation RHM 1 RHM 2

PPG 2000 pbw 51 51

DYNACOLL® AC 1630 pbw 28

DYNACOLL® AC 1632 pbw 28

DYNACOLL® 7360 pbw 21 21

Surface treated chalk pbw 10 10

4,4’ MDI OH/NCO 1:1.8

RHM Data

Open time sec 780 560

Setting time sec 90 75

Viscosity 130°C Pa*s 6.0 7.1

Viscosity increase after 2h@130°C % 60 35

Viscosity increase after 4h@130°C % crosslinked 130

Time

RHM1 RHM2

Visc

osity

Rheological behavior@130°C Adhesion performance of RHM formulation w/o chalk

Sandwich Construction/Honeycomb Structures

Flat LaminationTechnical properties at a glance

DYNACOLL® AC 1632

DYNACOLL® AC 1630

Glass transition temperature [°C] 55 60

Molecular weight Mw [g/mol] 65,000 55,000

Acid number [mgKOH/g] 3.5 8

Viscosity number [cm³/g] 32 27

Softening Point R&B [°C] 145 150

Initi

al s

tren

gth

1918

Designed Polymers:Discover our global network

Middle East, Africa, IndiaEvonik Gulf FZEResource Efficiency Coating & Adhesive Resins Dubai Silicon OasisOffice E-107P.O. Box 341256Dubai, UAE

phone +971 4372-4173 [email protected]

China, South-East AsiaEvonik Specialty Chemicals Co., Ltd.Resource EfficiencyCoating & Adhesive Resins55 Chundong RoadXinzhuang Industry ParkShanghai, 201108China

phone +86 21 [email protected]

North Asia Evonik Japan Co., Ltd. Resource Efficiency Coating & Adhesive Resins Shinjuku Monolith 12F 2-3-1, Nishi-Shinjuku, Shinjuku-ku Tokyo 163-0938 Japan

phone +81 3 5323-7409 [email protected]

North & Central AmericaEvonik CorporationResource EfficiencyCoating & Adhesive Resins299 Jefferson RoadParsippany, NJ 07054USA


South AmericaEvonik Degussa Brasil Ltda.Resource EfficiencyCoating & Adhesive ResinsAlameda Campinas 579-1001404-000 Sao PauloBrazil

phone +55 11 3146- [email protected]

EuropeEvonik Resource Efficiency GmbHCoating & Adhesive ResinsPaul-Baumann-Straße 145764 MarlGermany


Your global contacts:

Find your regional contact: http://evonik.com/adhesive-resins-contacts

ParsippanyMobile

Mexico City

Sao Paolo

Buenos Aires

Moscow

Istanbul

Cairo

Teheran

Tokyo

Seoul

Shanghai

Taipei

Singapore

Mumbai

MarlDarmstadt/Weiterstadt Witten WesselingHanau

Evonik Resource Efficiency GmbH Coating & Adhesive ResinsPaul-Baumann-Straße 145764 MarlGermanyphone +49 2365-49-4843www.evonik.com/adhesive-resins

DYNACOLL®, VESTOPLAST® and POLYVEST® are registered trademarks of Evonik Industries AG or one of its subsidiaries. This information and all further technical advice are basedon our present knowledge and experience. However, itimplies no liability or other legal responsibility on our part,including with regard to existing third party intellectualproperty rights, especially patent rights. In particular,no warranty, whether express or implied, or guarantee ofproduct properties in the legal sense is intended or implied.We reserve the right to make any changes according totechnological progress or further developments.The customer is not released from the obligation toconduct careful inspection and testing of incoming goods.Performance of the product described herein should beverified by testing, which should be carried out only byqualified experts in the sole responsibility of a customer.Reference to trade names used by other companies is neithera recommendation, nor does it imply that similar productscould not be used.

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