product overview europe uralac the backbone for all your

Product Overview Europe

Uralac® The backbone for all your powder coating properties

DSM is a leading supplier of high-quality, polyester powder coating resins for a wide range of end market applications. These resins, when combined with a crosslinker, pigments and other additives, determine the specific properties of formulated powder coatings, which are typically applied by electrostatic spray. To achieve the required powder coating system with the needed requirements, you just select the right Uralac® polyester resin, as the polyester resin is the backbone of your coating. Our resins are developed to address direct market demands, and also future end-market needs. So, whether you need a powder coating that is easy to spray and creates less waste, or one that resists scratches and bumps endured in everyday life, our resins cater to your requirements. By combining high performance products with outstanding environmental responsibility, we offer the best possible solutions for people today – and for generations to come.

Commitment to the powder coating marketDSM has pioneered the powder coating industry since the 1960s. Today, we continue to be one of the global market leaders thanks to our ongoing commitment to our customers and their markets, our consistent resin quality, and environmental responsibility. Our high quality formulas and consistent processes ensure that you receive reliable and stable products that offer superior properties, including flexibility, hardness, durability, resistance to heat and chemicals, anti-corrosion, and transfer efficiency.

Globally, our proven product quality is matched by the high professional standards of our technically experienced team, who are dedicated to providing our customers with unique solutions to their formulating challenges. For over 50 years, we have fostered strong and valuable customer relationships, which have supported the development of products that time over time meet and exceed market requirements.

Shaping a sustainable coatings future together

Sustainability as a key focusAt DSM, we see sustainability not only as an opportunity, but as a long-term business focus. Every day, we are dedicated to the development of new powder coating solutions that help make the planet a cleaner, greener place. Over the past few years, we have developed unique powder coating resins that allow for lower curing temperatures, which results in a smaller carbon footprint, and will open the door to new applications for powder coatings. In addition, with the powder coating solutions we can shift away from traditional solvent-based coating technologies.

Resin development to address market trendsIn order to keep on meeting evolving powder coating requirements across our global markets, we invest significantly in the development of our product portfolio. All of our product developments and improvements are focused on meeting specific market developments today and for the future. Our product portfolio supports a broad spectrum of market segments, that include a wide array of substrates from various metals and glassfiber pultrusions to heat-sensitive applications.

In line with this market-oriented development approach, DSM supplies a comprehensive product range, including:• Outdoor resins for General Industry,

Architectural, Superdurable and Hyperdurable applications

• Low-temperature or fast-curing resins• Corrosion resistant resins• Resins for good esthetics• Resins for low gloss coatings (dry blends

or One Shot Matte)• Isocyanate curing hydroxyl resins• TGIC, HAA and Epoxy curing carboxylated

resins• Glycidyl ester curing carboxylated resins• Food contact carboxylated resins• Epoxy-free carboxylated indoor resins• Value-engineered resins• Carboxylated resins for heat-sensitive

substrates

DSM will grow the market for coatings with sustainable solutions that match the needs of these market segments:• Architectural• Automotive• ACE/Heavy Machinery• Furniture• General Industry• Domestic appliances• IT

Thinking globally, acting regionally With five manufacturing centers, located in the Netherlands, Spain, the United States, Taiwan and China, as well as marketing and sales hubs on three continents, we are never far from your business. What’s more, our technical team is able to leverage global expertise to deliver valuable advice for your particular business. So wherever you are, and whatever your market or application is, our team is there to support you.To find out more about our powder coating solutions, contact your DSM Account Manager, your Technical Application Manager, or visit www.dsmcoatingresins.com.

DSM Coating Resins May 2020 32 DSM Coating Resins May 2020

Application segment Curing speed

slow cure fast cure

Uralac® resins for TGIC cure (1,3,5-Triglycidyl isocyanurate)Industrial and architectural P 3400 (93/7) P 4800 (95/5) P 3229 (93/7)

P 2400 (93/7)P 5201 (93/7)P 6300 (93/7)P 6336 (93/7)P 7620, Corres (93/7)

Architectural P 5301 (93/7) P 5200 (93/7) P 3226 (93/7) P 3227, EasyCure (93/7)P 6310 (93/7) P 6701 (93/7)P 2220 90/10)

Superdurable P 6620 (93/7)P 5500 (90/10)

Polyester resin / Epoxy resin Uralac® resins for Epoxy resin cure (hybrids)

75 / 25 P 481080 / 20 P 5881

70 / 30

P 5170 P 4035 P 2681 P 3450P 4235 P 4135 P 3774 EasyCure

P 770, HiTone P 4236 P 5070 P 6777P 772, HiTone P 5071P 777, HiTone P 5080

P 5741P 7630 Corres

60 / 40 F 5340 P 2610 P 6045 P 3765P 5263 P 4140 P 6047 P 5266

P 6066 P 5268P 765, HiTone

55 / 45 P 6055

50 / 50 P 4127 P 5981 P 3150, EasyCure P 3050, EasyCureP 5125 P 3250, EasyCureP 5127P 5128

DSM Coating Resins product portfolio for powder coatings

Application segment Curing speed

slow cure fast cure

Uralac® resins for HAA (ß-Hydroxyalkylamide) cureIndustrial P 541, Veranda (96/4) P 8014, OSM (96,4/3,6) P 873 (90/10) P 3210, EasyCure (95/5)

P 7604, Corres (96/4) P 8016 OSM (92/8) P 3213, EasyCure (95/5)P 3215, EasyCure (94,5/5,5)P 3218, EasyCure (89/11)

Industrial and architectural P 875 (95/5) P 835 (96.5/3.5) P 3220, EasyCure (93/7)P 879 (95/5) P 839 (96.5/3.5) P 878 (88/12)

P 8391 (96.5/3.5)P 781, HiTone (96.5/3.5)P 812 (95/5)

Architectural P 821 (96.5/3.5) P 831 (97/3) P 2240 (93/7) P 3213, EasyCure (97/3)P 823 (96.5/3.5) P 833 (97/3) P 870 (93/7) P 3223, EasyCure (97/3)P 8282 (96.4/3.6) P 835 (96,5/3,5) P 880 (90/10) P 3225, EasyCure (95/5)

P 8350 (96,5/3,5) P 3218, EasyCure (92/8)P 8235, non-blanching (96.5/3.5) P 3228, EasyCure (92/8)P 838 (96.4/3.6)P 7610, Corres (96/4)P 782, HiTone (96/4)P 841 (95.5/4.5)P 780, HiTone (95/5)P 785, HiTone (95/5)P 815 (95/5)P 8250, non-blanching (95/5)P 8253, non-blanching (95/5)P 865 (95/5)P 8651 (95/5)P 867 (95/5)P 868 (95/5)P 895 (95/5)

Superdurable P 883 (97/3) P 8855, nonblanching (95/5) P 8885 (91,5/8,5) P 3233, EasyCure (97/3)P 8830 (97/3) P 3238, EasyCure (92/8)P 800 (96/4) P 3230, EasyCure (93/7)P 6800 (94/6) P 3231, EasyCure (93/7)P 885 (95/5)P 886 (95/5)

Uralac® resins for PT 910/PT 912 cure (glycidylester mixture)Industrial and architectural P 3486 (93/7) P 3485 (93/7)

P 3489 (93/7)P 3490 (93/7)

Architectural P 3494 (93/7)P 3495 (93/7)P 3497 (92/8)P 3498 (91/9)

Superdurable P 3432 (94/6)P 3480 (94/6)

Uralac® resins for Isocyanate cure (NCO)Industrial and architectural P 1475 (82/18) P 1420 (80/20)

P 5504 (80/20)P 1425 (45/55)

Superdurable P 1675 (86/14) P 1625 (45/55)P 1680 (85/15)P 1550 (80/20)P 1580 (70/30)

Industrial: Less than 50% gloss retention after 1 year Florida exposure in Ral 8014Architectural: AAMA 2603, GSB Florida 1 year & Qualicoat class 1Superdurable: AAMA 2604, GSB Florida 3 year & Qualicoat class 2


DSM Coating Resins product portfolio for powder coatings

Uralac® resins for low gloss coatings (dry blends)HAA (ß-Hydroxyalkylamide)

Industrial P3213 / P3218P 835 / P 870

Architectural P3223 / P3228P 833 / P 870P 831 / P 870

Architectural+ P 833 / P 880Superdurable P 3233 /P 3238

P 883 / P 6800P 8830 / P 8885

PT 910 Architectural P 2240 / P 3485

Hybrids Indoor P 5881 / P 3150P 5881 / P3050

Uralac® resins for low gloss coatings (one shot matte)PUR Industrial P 1425 / P 1475

Superdurable P 1625 / P 1675HAA Industrial P 8014 / P 8019

Uralac® masterbatch flow agentClear coatings P 3488

Uralac® resins for food and drinking water applicationsHybrid 60/40 F 5340

Uralac® resins for superdurable coatingsHAA (ß-Hydroxyalkylamide) P 3230

P 3231P 3233P 3238P 800P 880P 883P 885P 886P 6800P 8830P 8855P 8885

PT 910 P 3480P 3432

PUR P 1550P 1580p 1625P 1675P 1680

TGIC P 5500P 6620

Uralac® EasyCure resins for low bake/fast cure Hybrid 70/30 P 3775

Hybrid 50/50 P 3050P 3150P 3250

HAA (ß-Hydroxyalkylamide) P 3210P 3211P 3213 / P 3218P 3215P 3220P 3225P 3223 / P 3228P 3230P 3231P 3233 / P 3238

TGIC P 3227

Uralac® resins for clear coatings (flow agent inside)HAA (ß-Hydroxyalkylamide) P 879PT 910 P 3489

Uralac® Corres resins for good corrosion resistance Hybrid P 7630 (70/30)

HAA (ß-Hydroxyalkylamide) P 7604 (96/4, GI)P 7610 (96/4, Arch)

TGIC P 7620 (93/7, GI)

This overview gives the key properties of a broad selection of resins. The product specifica-tions were correct at the time of printing but may change from time to time. We recommend that you contact your local Sales Office for comprehensive information on our full range of products.

Uralac® CorresCorrosion protection

POWDER COATING RESINS

INDOOR & OUTDOOR POLYESTERS

Polyesters Uralac® P 7604

Uralac® P 7610

Uralac® P 7620

Uralac® P 7630

Pure Epoxy

Formulation (PDS) White White White White White

Crosslinker HAA HAA TGIC epoxy epoxy

Cure Cycle (total time) 15’ 180°C 15’ 180°C 10’ 200°C 10’ 180°C 15’ 200°C

NSS resistance, 480 hrs < 2.5 mm < 2.3 mm < 2.2 mm < 2.2 mm < 3.9 mm



Flow (PCI) 5 6 6 6 5

Reverse impact, AQT-46 7 Nm Moderate 7 Nm 7 Nm 7 Nm

Reverse impact, S-46 18 Nm Moderate 18 Nm 18 Nm 18 Nm

* Uralac® Corres and its impact on a reduction of carbon footprint in powder coating formulations has been measured in LCA study conducted by DSM (For more info: www.dsmcoatingresins.com)

Value propositionExcellent corrosion protection; comparible to epoxy primer with lower system cost and reduced carbon footprint*.

MarketsGeneral industry, domestic appliances, metal furniture, gas pipes, ACE & HVAC.

ChemistryCarboxylated polyester for curing with TGIC (triglycidyl isocyanurate), HAA (ß-Hydroxyalkylamine) or epoxy resins.

SubstratesCold rolled steel, grit & sand blasted steel, Fe-phosphated and galvanized steel.

ProductIndustrialUralac® P 7604 (4% HAA) Uralac® P 7620 (7% TGIC)

ArchitecturalUralac® P 7610 (5% HAA)

IndoorUralac® P 7630 (30% Epoxy)

Uralac® Corres resins perform equal or better compared to Pure Epoxy systems after 480 hours salt spray test according ISO 9227

P 7604/HAA P 7610/HAA Pure EpoxyP 7630 HybridP 7620/TGIC

Key properties• For single coat applications: excellent direct to metal

corrosion protection on steel.• For primer applications: excellent corrosion protection up

to 960 hrs NSS and improved intercoat adhesion (especially in direct gasoven) compared to pure epoxy primers.

Benefit for coating producers: epoxies can be price volatile lower costs

Benefit for applicators: less or no Bisphenol-A epoxy, less risk for delaminating between layers

Replace epoxy primers

Uralac® Corres corrosion protection

Uralac® HitoneHigh loading acceptance


INDOOR POLYESTERS

Product70/30 hybrids: Uralac® P 770Uralac® P 772 (higher reactive)Uralac® P 775 (Tg 62°C)Uralac® P 776 (Tg 62°C; Tribo)

60/40 hybrids:Uralac® P 765 (Tg 60°C)

Value propositionSuperior flow at standard, high filling levels, enabling thin layer application for reduced carbon footprint* and reduced paint costs.

MarketsDomestic appliances, HVAC, general industry, metal furniture, ceiling tiles, primers.

Coating chemistryCarboxylated polyesters for curing with epoxy resins.

Key properties• Improved flow and hiding power• Higher filler acceptance• Go to thinner layers, whilst retaining coating properties• Good mechanical properties in high filled formulations• Good yellowing resistance

* Uralac® HiTone and its impact on a reduction of carbon footprint in powder coating formulations has been measured in LCA study conducted by DSM (For more info: www.dsmcoatingresins.com)

300

1

2

3

4

5

6

7

8

9

10

35 40 45 50 55 60

pigment concentration (wt%)

Flow versus pigment concentration

Standard hybrid Uralac® HiTone hybrid

flow

(PCI

)

■ Uralac® HiTone indoor

■ Standard 70/30 hybrid

Uralac® EasyCure Low temperature or Fast cure


OUTDOOR POLYESTERS

Value propositionEnabeling cost savings and reduced carbon footprint* by increased production speed and/or energy savings in combination with good coating properties.

MarketsGeneral industry, architectural, ACE and building industry (heavy mass).

Coating chemistryCarboxylated powder coating resins for curing with HAA (ß-Hydroxyalkylamine) or TGIC (triglycidyl isocyanurate).

ProductsIndustrialUralac® P 3210 (5% HAA) Uralac® P 3215 (5% HAA)Uralac® P 3217 (7% TGIC)

ArchitecturalUralac® P 3225 (5% HAA)Uralac® P 3227 (7% TGIC)

SuperdurableUralac® P 3230 (7% HAA)Uralac® P 3231 (7% HAA

* Uralac® EasyCure and its impact on a reduction of carbon footprint in powder coating formulations has been measured in LCA study conducted by DSM (For more info: www.dsmcoatingresins.com)


Uralac® P 3215

Uralac® P 3217

Uralac®P3225

Uralac®P3227

Uralac® P 3230

Uralac® P 3231

Formulation (PDS) White White White White White White White

Crosslinker HAA HAA TGIC HAA TGIC HAA HAA

Cure Cycle (total time) 10’ 160°C 10’ 160°C 12’ 160°C 12’ 160°C 12’ 160°C 12’ 160°C 12’ 160°C

Flow (PCI) 6 6 6 7 6 6 6

Non-blooming > 150°C > 150°C > 150°C > 150°C > 150°C > 150°C > 150°C

Reverse impact, AQT-46 7 Nm 7 Nm 7 Nm 7 Nm 7 Nm 7 Nm 7 Nm

Outdoor durability GI GI GI GSB Florida 1 Y & QC Class 1

GSB Florida 1 Y & QC Class 1

GSB Florida 3Y & QC Class 2

GSB Florida 3Y & QC Class 2

Resin Tg 53°C 63°C 59°C 58°C 60°C 50°C 55°C

Key properties



OUTDOOR DRY BLEND MATTE POLYESTERS


Value propositionEnabeling cost savings and reduced carbon foot print* by increased production speed and/or energy savings in combination with good coating properties.

MarketsGeneral industry, Architectural, ACE and building industry (heavy mass).

Coating chemistryCarboxylated polyesters for curing with HAA (ß-Hydroxyalkylamine).

ProductsIndustrialUralac® P 3213 (4% HAA) Uralac® P 3218 (11% HAA)

ArchitecturalUralac® P 3223 (3% HAA)Uralac® P 3228 (8% HAA)

SuperdurableUralac® P 3233 (3% HAA)Uralac® P 3238 (8% HAA)

Polyesters Uralac® P 3213/P 3218 Uralac® P 3223/P 3228 Uralac® P 3233/P 3238

Formulation White (PDS)

Brown, Ral 8014

White (PDS)

Brown, Ral 8014

White (PDS)

Blue, Ral 5003

Crosslinker HAA HAA HAA HAA HAA HAA

Cure Cycle (total time) 12’ 160°C 12’ 160°C 12’ 160°C 12’ 160°C 12’ 160°C 12’ 160°C

60° Gloss 37 32 38 33 36 33

Gloss stability Temp (160-200°C)Layer thickness (50-100 mµ)

∆ ± 3∆ ± 3

∆ ± 2∆ ± 3

∆ ± 2∆ ± 3

∆ ± 2∆ ± 3

∆ ± 2∆ ± 3

∆ ± 3∆ ± 3

Non-blooming > 150oC > 150oC > 150oC > 150oC Yes Yes

Appearance Good Good Good Good Good Good

Reverse impact, AQT-46 7 Nm 7 Nm 7 Nm 7 Nm Limited limited

Outdoor durability GI GI GSB Florida 1Y & QC class 1

GSB Florida 1Y & QC class 1



Storage stability 4wks 35°C 35°C 40°C 40°C 40°C 40°C

Blanching resistance NA ++ NA ++ NA ++++

Key properties

Uralac® HitoneHigh loading acceptance


OUTDOOR POLYESTERS

ProductUralac. P 780 (5% HAA)Uralac. P 782 (4% HAA)Uralac. P 785 (5% HAA); Tg 60°C)

Value propositionSuperior flow at standard and high filling levels, enabling thin layer application for reduced carbon footprint*.

MarketsArchitectural & ACE

Coating chemistryCarboxylated polyesters for curing with HAA (ß-Hydroxyalkylamide).

Key properties• Superior flow: 0.5 - 1 PCI point better than conventional

HAA based systems, also at standard loading• Good yellowing resistance• Good mechanical properties• Good blanching resistance• Outdoor durability• Good gasoven stability with standard HAA

* Uralac® HiTone and its impact on a reduction of carbon footprint in powder coating formulations has been measured in LCA study conducted by DSM (For more info: www.dsmcoatingresins.com)

300

1

2

34

5

67

8

9

10

35 40 45 50 55 60

loading (wt%)

Flow versus pigment concentration

flow

(PCI

)

■ Uralac® HiTone outdoor

■ Standard architectural grade

flow

flexibility

cure cycle

QUV - B

mechanicals

yellowing resistance

0

50

100

blanching

Uralac®Resins for One Shot Matte, isocyanate systems


OUTDOOR POLYESTERS

ProductIndustrialUralac® P 1425 (OHV=290) Uralac® P 1475 (OHV=43)

SuperdurableUralac® P 1625 (OHV=230) Uralac® P 1675 (OHV=30)

Value propositionA polyester combination, providing a one shot matte reproducible low gloss coating, suitable for heat transfer applications.

MarketsHeat sublimation (heat transfer), Architectural, exterior furniture, exterior trimparts, domestic appliance & general industry.

ChemistryHydroxylated polyesters for curing with internally blocked as well as ε-capped blocked isocyanates.

Key properties• Good flow and good flexibility• Perfect paper release• Excellent reproducibility• Excellent physical properties• Good hardness and relatively good scratch resistance• Good chemical and solvent resistance

Polyesters Uralac® P 1425/P 1475 Uralac® P 1625/P 1675

Formulation (PDS) White White

Cure cycle (total time) 10’ 200°C 10’ 200°C

60° Gloss (NCO internally blocked) 7 - 12 3 - 15

60° Gloss (NCO ε-capped) 5 - 35 3 - 40

Reverse impact, AQT-46 7 Nm limited

Clear ‘One Shot Matte’ (upper part) over color base-coat

Note: Gloss variations achievable due to formulation ‘freedom’: By varying the resin ratio’s high OH- and low OH-value, by using different NCO types or by changing the fillers and additives.



INDOOR POLYESTERS

Value propositionEnabling cost savings and reduced carbon footprint* by increased production speed and/or energy savings in combination with good coating properties.

MarketsDomestic appliances, metal furniture, shelving, HVAC, MDF and building industry (heavy mass).

Coating chemistryCarboxylated polyesters for curing with epoxy resins.

Key properties

ProductsUralac® P 3774 (70/30 hybrid)Uralac® P 6069 (60/40 hybrid)Uralac® P 3050 (50/50 hybrid)Uralac® P 3150 (50/50 hybrid)Uralac® P 3250 (50/50 hybrid)

Polyesters Uralac® P 3774 Uralac® P 6069 Uralac® P 3050 Uralac® P 3150 Uralac® P 3250

Formulation (PDS) White White White White White


Flow (PCI) 5 6 2 3 3+

Non-blooming > 150°C > 150°C > 130°C > 135°C > 135°C

Reverse impact, S-46 18 Nm 18 Nm 18 Nm 18 Nm 18 Nm

Resin Tg 58°C 55°C 67°C 63°C 53°C


Uralac®Resins with excellent resistance to blanching


OUTDOOR POLYESTERS

ConceptThe definition ‘blanching’ is used for discolored light, dull spots on the coating after storage under certain conditions. For instance, when coated profiles are packed (wrapped in plastic foil) and stored outside, the coating on the profile sometimes shows discoloration and fading spots, due to increased temperature and trapped moisture in the packaging. Condensation within the packaging will cause this color change and slightly loss of gloss.

Value propositionOutdoor powder coating resins with excellent resistance to blanching, resulting in less rejects at the construction site.

RequirementsPowder coatings which can meet the GSB AL 631 (Edition 01/2012) test 9.17 “Resistance to moisture”.

ProductsArchitecturalUralac® P 8235 (96,5/3,5)Uralac® P 8250 (5% HAA) Uralac® P 8253 (5% HAA)

SuperdurableUralac® P 8855 (5% HAA)


Uralac® P 8250

Uralac® P 8253

Uralac® P 8855

Architectural Benchmark

Formulation Brown, RAL-8014

Brown, RAL-8014

Brown, RAL-8014

Brown, RAL-8014

Brown, RAL-8014


Flow (PCI) 6 6 6 6 6

Reverse impact, AQT-46

7 Nm 7 Nm 7 Nm limited 7 Nm

Blanching resistance ΔL<2 ΔL<2 ΔL<1 ΔL<1 ΔL>4

Outdoor durability

GSB Florida 1Y &

QC class 1

GSB Florida 1Y &

QC class 1

GSB Florida 1Y &

QC class 1

GSB Florida 3Y &

QC class 2

GSB Florida 1Y &

QC class 1

Resin Tg 54°C 60°C 63°C 60°C 58°C

MarketsArchitectural

ChemistryCarboxylated polyester for curing with HAA (ß-Hydroxyalkylamine).

Key properties

Uralac®Resins for One Shot Matte, HAA systems


OUTDOOR POLYESTERS

ProductIndustrial Uralac® P 8014 (AV=25) Uralac® P 8019 (AV=70)

Value propositionA one shot matte polyester combination, providing a non-sparkling low gloss coating.

MarketsExterior furniture, exterior trim parts, domestic appliance & general industry.

ChemistryCarboxylated powder coating resins for curing with HAA (ß-Hydroxyalkylamine).

Key properties• Industrial grade• Good appearance• Good gloss consistency• Excellent reproducibility• Good storage stability• Relative low x-linker content

Polyesters Uralac® P 8014/P 8019 Uralac® P 8014/P 8019

FormulationWhite (PDS)

Brown, Ral 8014Black, Ral 9005

White (PDS)Brown, Ral 8014Black, Ral 9005

Cure cycle (total time) 10’ 180°C 20’ 160°C

Appearance No sparkling No sparkling

Reverse impact, AQT-46 7 Nm 7 Nm

Note: Gloss variations achievable due to formulation ‘freedom’: By varying the resin ratio’s high acid- and low acid-value and using fillers and additives.

80/20

47 42 3726

42

97

70/30 60/40 50/50 40/60 30/70

White formulations: Gloss values vs resin ratio’s

Resin ratio: low AV resin / high AV resin

Brown formulations: Gloss values vs resin ratio’s

Resin ratio: low AV resin / high AV resin

9287

80/20 70/30 60/40 55/45 50/50 45/55 40/60 30/70

26 29 35 4044

91

Black formulations: Gloss values vs resin ratio’s

Resin ratio: low AV resin / high AV resin80/20 70/30 60/40 55/45 50/50 40/60 30/70 20/80

96 95

5029 33

50

92 94

Glos

s 60

°CGl

oss

60°C

Glos

s 60

°C


Carboxylated Powder Coating Resins

Product name Acid valueTM 2400

ViscosityTM 2727

Tg (°C)TM 2076

Ratio PE / HAA Tribo1) Exterior durability

Cure cycle 170°C

Cure cycle 180°C

Cure cycle 200°C

Remarks

Uralac® P 3223, EasyCure 18-22 85-125 55 97/3 +++ 12’ 160°C 6’ Low level HAA archtectural grade for low bake or fast cure , can be used for dry dry blending low gloss with Uralac® P3228

Uralac® P 3233, EasyCure 18-22 40-80 57 97/3 +++ 12’ 160°C 6’ Low level HAA for architectural purpose, low gloss in dry blend formulation with Uralac® P 870

Uralac® P 831 18-22 20-60 55 97/3 • +++ 10’ Low level HAA for architectural purpose, can be used for dry blending low gloss with Uralac® P 877

Uralac® P 833 19.5-22.5 36-96 62 97/3 • +++ 15’ 10’ 6’ Low level HAA for architectural purpose, low gloss in dry blend formulation with Uralac® P 870

Uralac® P 883 18-22 27-57 63 97/3 • +++++ 15’ 10’ Superdurable low level HAA, low gloss in dry blend formulation with Uralac® P6800

Uralac® P 8830 18-22 20-60 58 97/3 • +++++ 15’ Low level HAA superdurable grade for medium cure , can be used for dry blending low gloss with Uralac® P 8885

Uralac® P 781, HiTone 21-26 40-80 59 96.5/3.5 • ++ 15’ 10’ Superior flow and high loading capacity

Uralac® P 821 20-24 30-70 58 96.5/3.5 • +++ 10’ 8’ Low level HAA for architectural purpose, excellent flow, improved powder stability compared to Uralac® P 823

Uralac® P 823 20-24 20-50 54 96.5/3.5 • +++ 10’ 8’ Low level HAA for architectural purpose, high degassing limit, excellent flow

Uralac® P 835 20-24 40-80 60 96.5/3.5 • ++ 15’ 10’ 6’ Low level HAA for general purpose, dry blend low gloss in combination with Uralac® P 870

Uralac® P 8235, Non-blanching 22-26 25-65 54 96.5/3.5 • +++ 10’ Low crosslinker level, architectural grade with excellent resistance to blanching

Uralac® P 8350 20-24 40-80 60 96.5/3.5 ++ 17’ 160°C 10’ 6’ Low level HAA for general purpose, dry blend low gloss in combination with Uralac® P 870, non-tribo version P 835

Uralac® P 8014, OSM 24-26 26-48 60 96.4/3.6 ++ 10’ Low AV resin for OSM combination with Uralac® P 8019

Uralac® P 8282 23-27 10-50 56 96.4/3.6 • +++ 15’ Architectural grade with excellent degassing properties and excellent flow/appearance properties

Uralac® P 838 24-26 26-48 60 96.4/3.6 • +++ 15’ 10’ 6’ Low level HAA for architectural purposes, good grindability, suitable for dry blend low gloss with Uralac® P 870

Uralac® P 541, Veranda 26-30 17-47 56 96/4 • + 12’ 8’ Epoxy free hybrids alternative, limited outdoor durability, excellent staining resistance

Uralac® P 7604, Corres 26-30 25-65 58 96/4 • + 15’ 10’ GI resin, Same corrosion protection as pre-treatment or epoxy primer

Uralac® P 7610, Corres 26-30 40-70 58 96/4 +++ 15’ Architectural resin, Same corrosion protection as pre-treatment or epoxy primer

Uralac® P 782, HiTone 26-30 22-62 58 96/4 • +++ 12’ Superior flow and high loading capacity, low level crosslinker, architectural type

Uralac® P 800 26-30 21-41 61 96/4 • +++++ 15’ 8’ Superdurable type, good water & chemical resistance

Uralac® P 839 23-27 30-60 59 96/4 • +++ 17’ 160°C 10’ 6’ Low level HAA for architectural purpose

Uralac® P 841 29-33 32-62 64 95.5/4.5 • +++ 15’ 8’ Architectural type, good flexibility, good flow and storage stability

Uralac® P 3210, EasyCure 32-38 10-50 54 95/5 • + 15’ 155°C 6’ 3’ Low bake, excellent flow, non blooming, architectural performance achievable in light colors

Uralac® P 3213, EasyCure 23-27 40-80 51 95/5 • ++ 12’ 160°C 8' 6’ Low level HAA industrial grade for low bake or fast cure , can be used for dry blending low gloss with Uralac® P 3218

Uralac® P 3225, EasyCure 33-37 15-35 58 95/5 +++ 12’ 160°C 6’ 3’ Low bake/Fast cure, excellent flow, non blooming at cure, and architectural grade

Uralac® P 780, HiTone 34-38 12-32 56 95/5 • +++ 15’ 10’ 6’ Superior flow and high loading capacity, architectural type

Uralac® P 785, HiTone 34-36 10-40 60 95/5 • +++ 10’ High Tg P 780, superior flow and high loading capacity

Uralac® P 812 33-37 15-45 61 95/5 • ++ 15’ 10’ 6’ General purpose with good flexibility in thick layers

Uralac® P 815 33-37 26-46 62 95/5 • ++ 15’ 10’ 6’ General purpose with good exterior durability (architectural)

Uralac® P 865 33-37 12-32 56 95/5 • +++ 15’ 10’ 6’ Good flow, architectural type

Uralac® P 8651 31-35 20-40 58 95/5 • +++ 10’ 6’ Good flow, architectural type and good powder stability

Uralac® P 867 33-37 33-55 64 95/5 • +++ 15’ 10’ 6’ Architectural type with improved powder stability, anti-drip, high Tg resin, good blanching resistance

Uralac® P 875 33-37 13-23 58 95/5 ++ 12’ Excellent flow, good degassing properties and high film build

Uralac® P 879 33-37 13-23 54 95/5 • ++ 12’ For clear coatings (flow agent included), excellent flow, high film build

Uralac® P 885 33-37 28-48 53 95/5 • +++++ 15’ 10’ Superdurable type, improved flexibility for superdurable grade

Uralac® P 8855, Non blanching 33-37 15-55 60 95/5 +++++ 12' Superdurablel type with excellent resistance to blanching

Uralac® P 886 33-37 9-29 60 95/5 • +++++ 15’ Superdurable type, good flow and good yellowing resistance

Uralac® P 868 32-36 10-40 59 95/5 • +++ 17’ 160°C 10’ 6’ Robust, architectural type

Uralac® P 895 32-38 5-45 57 95/5 • +++ 15’ 10’ Good flow, improved exterior durability compared to Uralac® P 865

Uralac® P 8250, Non-blanching 33-37 15-55 60 95/5 • +++ 10’ 6’ Architectural type with excellent resistance to blanching

Uralac® P 8253, Non-blanching 33-37 30-70 63 95/5 • +++ 10’ 6’ Architectural grade with excellent resistance to blanching and increased flexibility

Uralac® P 3215, EasyCure 34-38 25-65 63 95/5 • ++ 15’ 155°C 6' 3' EasyCure industrial grade for low or fast cure and good storage stability

Uralac® P 6800 41-46 25-65 64 94/6 +++++ 15’ 10’ Superdurable type, low gloss in dry blend formulation with Uralac® P 883

Uralac® P 2240 51-56 75-115 69 93/7 • +++ 10’ 6’ Low temperature, fast cure for high Tg coatings, improved humidity resistance; Can be used in dryblend systems with P3495

Uralac® P 3230, EasyCure 50-54 20-30 50 93/7 • +++++ 15’ 155°C Low bake, good flow, non blooming, superdurable type

Uralac® resins for HAA (ß-Hydroxyalkylamide) cure

1) Tribo chargeable when processed under controlled conditions This overview gives the key properties of a broad selection of resins. The product specifications were correct at the time of printing but may change from time to time. We recommend that you contact your local Sales Office for comprehensive information on our full range of products.


Uralac® resins for PT 910/PT 912 cure

Uralac® resins for Isocyanate cure

1) Tribo chargeable when processed under controlled conditions



ViscosityTM 2727

Tg (°C)TM 2076

Ratio PE / PT 910 or PT 912

Tribo1) Exterior durability

Cure cycle 170°C

Cure cycle 180°C

Cure cycle 200°C

Remarks

Uralac® P 3432 21-25 50-90 63 94/6 +++++ 10’ Superdurable type, good chemical resistance, improved flexibilityUralac® P 3480 20-25 60-130 63 94/6 • +++++ 15’ Superdurable type, good chemical resistance, limited flexibilityUralac® P 3485 25-30 75-115 68 93/7 • ++ 15’ 10’ 6’ General purpose, architectural and industrial qualityUralac® P 3486 25-30 75-115 68 93/7 • ++ 20’ Slow version of Uralac® P 3485, excellent flowUralac® P 3489 25-30 75-115 68 93/7 • ++ 10’ For clear coatings (flow agent included), excellent flow, architectural and industrial typeUralac® P 3490 25-30 75-115 69 93/7 • ++ 15’ 10’ 6’ Good flexibility in time, non blooming at 160°C, industrial type,Uralac® P 3494 24-27 62-101 68 93/6 • +++ 10’ non tribo version P 3495, Architectural Type, improved flexibility in pigmented formulations, for clear coatings in combination with Uralac® P 3488Uralac® P 3495 24-28 62-102 68 93/7 • +++ 10’ Architectural Type, improved flexibility in pigmented formulations, for clear coatings in combination with Uralac® P 3488Uralac® P 3497 29-33 32-62 63 92/8 • +++ 15’ Architectural Type, good flexibility and good flowUralac® P 3498 31-35 37-77 63 91/9 • +++ 10’ Architectural Type, good chemical resistance

Hydroxylated Powder Coating Resins

Product name Hydroxy value

TM 2432

ViscosityTM 2727

Tg (°C)TM 2076

Ratio PE/NCO Tribo1) Exterior durability

Cure cycle 180°C

Cure cycle 200°C

Remarks

Uralac® P 1675, OSM 28-32 15-45 54 86/14 +++++ 10’ Superdurable grade, low OHV resin, especially designed for One shot matte coatings with Uralac® P 1625Uralac® P 1680 25-35 10-30 55 85/15 +++++ 15' Superdurable grade, low OHV resin, especially designed for low crosslinker content and robust propertiesUralac® P 1475, OSM 41-45 70-100 59 82/18 ++ 10’ Low OHV resin, especially designed for One shot matte coatings with Uralac® P 1425Uralac® P 1420 40-50 25-75 53 80/20 • ++ 15’ 8’ Architectural and industry uretdion typeUralac® P 1550 38-45 12-27 57 80/20 +++++ 15’ Superdurable grade, high OHV resin, especially designed for hyperdurable combination with fluoropolymersUralac® P 5504 38-45 35-60 58 80/20 +++ 10’ Standard architectural uretdion type, excellent flowUralac® P 1580 75-95 8-28 52 70/30 +++++ 10’ Superdurable type, anti-graffiti, very good flow, suitable for ACEUralac® P 1425, OSM 280-300 5-45 51 40/60 ++ 10’ High OHV resin, especially designed for One shot matte coatings with Uralac® P 1475Uralac® P 1625, OSM 210-250 20-30 51 45/55 +++++ 10’ Superdurable grade, high OHV resin, especially designed for One shot matte coatings with Uralac® P 1675

This overview gives the key properties of a broad selection of resins. The product specifications were correct at the time of printing but may change from time to time. We recommend that you contact your local Sales Office for comprehensive information on our full range of products.

Uralac® resins for HAA (ß-Hydroxyalkylamide) cureCarboxylated Powder Coating Resins


ViscosityTM 2727

Tg (°C)TM 2076

Ratio PE / HAA Tribo1) Exterior durability

Cure cycle 170°C

Cure cycle 180°C

Cure cycle 200°C

Remarks

Uralac® P 3231, EasyCure 49,5-53,5 20-60 56 93/7 • +++++ 12’ 160°C 6’ Low bake/ Fast cure, good flow, non blooming , superdurable type, higher Tg version P 3230

Uralac® P 870 50-54 30-55 58 93/7 • +++ 15’ 160°C 10’ 170°C

Low temperature architectural type, low gloss in dry blend formulation with Uralac® P 835 or Uralac® P 833, very low temperature cure (150-160°C)

Uralac® P 3228, EasyCure 56-60 15-55 57 92/8 +++ 12’ 160°C 6’ High level HAA architectural grade for low bake or fast cure , can be used for dry blending low gloss with Uralac® P 3223

Uralac® P 3238, EasyCure 46-60 15-45 64 92/8 +++ 12’ 160°C 6’ High level HAA superdurable grade for low bake or fast cure , can be used for dry blending low gloss with Uralac® P 3233

Uralac® P 8019, OSM 66-74 20-55 58 92/8 ++ 10’ High AV resin for OSM combination with Uralac® P 8014

Uralac® P 8885 58-62 70-110 67 91,5/8,5 • +++++ 15’ 160°C 6’ High level HAA superdurable grade for low bake or fast cure , can be used for dry blending low gloss with Uralac® P 8830

Uralac® P 873 69-79 18-38 57 90/10 • + 10’ Low temperature /fast cure GI grade, suitable for low gloss in dry blend formulation

Uralac® P 880 72-78 10-18 51 90/10 • +++ 10’ 6’ Architectural+ type low gloss dry blend in combination with Uralac® P 800 or Uralac® P 833, superdurable performance in light colors

Uralac® P 3218, EasyCure 69-79 20-60 61 89/11 • ++ 12’ 160°C 8’ 6’ High level HAA industrial grade for low bake or fast cure , can be used for dry blending low gloss with Uralac® P 3213

Uralac® P 878 85-105 40-100 70 88/12 +++ 10’ High Av, high Tg, excellent paper release when used in sublimation technology; Can be used as 3 component in dry blends to adjust gloss


Uralac® resins for TGIC cure

Powder Coating Resins with flow agent


ViscosityTM 2727

Tg (°C)TM 2076

Flow additive Exterior durability

Remarks

Uralac® P 3488 29-37 30-70 62 5% ++ Flow control agent master batch (5wt%) for clear coatings

Uralac® masterbatch flow agent



ViscosityTM 2727

Tg (°C) TM 2076

Ratio PE / TGIC Tribo1) Exterior durability

Cure cycle 160°C

Cure cycle 180°C

Cure cycle 200°C

Remarks

Uralac® P 4800 24-28 45-80 61 95/5 ++ 15’ 8’ Good mechanical properties, low level TGIC, also possible for Dry-blendUralac® P 2400 32-38 55-95 68 93/7 ++ 20’ 8’ Standard TGIC resin, good cure-flow balance, high TgUralac® P 3226 33-37 15-45 60 93/7 +++ 15’ 8’ Low bake, excellent flow, non blooming at cure, and architectural grade Uralac® P 3227, EasyCure 33-37 15-45 60 93/7 +++ 12’ 6’ Low bake/Fast cure, excellent flow, non blooming at cure, and architectural grade Uralac® P 3229 33-37 40-80 64 93/7 ++ 15’ 8’ Low bake, excellent flow, non blooming at cure, high Tg and industrial architectural grade Uralac® P 3400 32-38 55-95 68 93/7 ++ 13’ Slow cure resin, very good flow, high Tg, economical resinUralac® P 5200 32-38 35-55 65 93/7 +++ 15’ 10’ Good flow-cure balance, high Tg and good exterior durabilityUralac® P 5201 32-38 35-55 65 93/7 • +++ 15’ 8’ Good flow-cure balance, high Tg and good exterior durabilityUralac® P 5301 32-38 35-55 64 93/7 • +++ 15’ Excellent flow, high TgUralac® P 6300 33-37 65-105 69 93/7 ++ 10’ Architectural grade with good flow and high TgUralac® P 6310 32-36 20-60 65 93/7 +++ 10’ Architectural grade with good mechanicalsUralac® P 6336 31-35 40-80 69 93/7 +++ 10’ Good flow-cure balance, very high Tg and good exterior durabilityUralac® P 6701 32-38 26-46 59 93/7 • +++ 15’ 6’ Low temperature, fast cure combined with good flowUralac® P 6620 30-36 20-40 62 93/7 +++++ 15’ Superdurable grade, high degassing limit with good flowUralac® P 7620, Corres 32-38 55-95 70 93/7 ++ 10’ GI resin, Same corrosion protection as pre-treatment or epoxy primerUralac® P 2220 49,5-53,5 30-55 58 90/10 +++ 12’ 8’ High cross-link density, good surface hardness, suitable for dry blend mat (with P 4800)Uralac® P 5500 46-54 37-67 60 90/10 +++++ 15’ Superdurable type, high TGIC content, limited flexibility but good adhesion

1) Tribo chargeable when processed under controlled conditions This overview gives the key properties of a broad selection of resins. The product specifications were correct at the time of printing but may change from time to time. We recommend that you contact your local Sales Office for comprehensive information on our full range of products.


Uralac® resins for Epoxy resin cure

1) Tribo chargeable when processed under controlled conditions

TM 2400 Acid value, mg KOH necessary to neutralise the acidic constituents in 1g polyester resin TM 2432 Mg KOH necessary to neutralise the quantity of acetic acid required to react with the hydroxyl groups in polyester 1g resinTM 2727 Viscosity of PCR using the Brookfield CAP 2000+H Viscometer, reported in Pa.sTM 2076 Glass transition temperature (°C), determined by differential scanning calorimetry at a heating rate of 5°C/min (DSC Mettler TA 3000) TMA-free free from trimellitic anhydride (TMA)



ViscosityTM 2727

Tg (°C)TM 2076

Ratio PE / Epoxy

TMA-free Tribo1) Cure cycle 160°C

Cure cycle 180°C

Cure cycle 200°C

Remarks

Uralac® P 5881 18-23 60-110 57 80/20 • • 17’ 10’ Resin with good flow and flexibility, also suitable for low gloss coatings (dry blends), easy to matte

Uralac® P 4810 24-28 36-71 57 75/25 • • 15’ 12’ 6’ Low temperature, low acid value hybrid resin, also suitable for low gloss coatings

Uralac® P 2681 32-38 25-65 64 70/30 • • 12’ High Tg, very good flow, good price performance resin for general purpose

Uralac® P 3450 30-40 40-70 55 70/30 • 15’ 8’ 6’ Fast curing 70/30 hybrid, suitable for structure

Uralac® P 3774, EasyCure 34-38 15-45 66 70/30 • 12’ 6’ Fast cure, non-blooming, high flexibility

Uralac® P 4035 32-38 20-40 58 70/30 • • 10’ 6’ Good price performance resin for general purpose

Uralac® P 4135 32-38 20-40 57 70/30 • • 10’ Good price performance resin for general purpose, very good flow

Uralac® P 4235 33-37 20-60 52 70/30 • • 12’ Good price performance resin for general purpose, good appearance

Uralac® P 4236 33-37 10-50 60 70/30 • 10’ Good price performance resin for general purpose, good appearance

Uralac® P 5070 32-38 22-39 52 70/30 • 17’ 10’ 6’ Low temperature, fast cure hybrid resin for general purpose, good yellowing resistance

Uralac® P 5071 32-38 22-39 52 70/30 • • 17’ 10’ 6’ Tribo enhanced version of Uralac® P 5070

Uralac® P 5080 32-38 36-66 62 70/30 • 17’ 10’ 6’ High Tg, low temperature, fast cure hybrid resin for general purpose

Uralac® P 5170 35-38 22-39 52 70/30 • 15’ 10’ Hybrid resin for general purpose, good yellowing resistance and good flow properties

Uralac® P 5741 33-37 10-50 54 70/30 • 10’ Robust 70/30 resin, suitable for mix crosslinker curing with HAA

Uralac® P 6777 32-38 17-37 55 70/30 • • 15’ 4’ Low temperature, fast cure with good flow and non-yellowing resistance

Uralac® P 7630, Corres 34-38 15-55 50 70/30 10’ Hybrid resin, same corrosion protection as epoxy primer, good flexibility

Uralac® P 770, HiTone 33-39 15-40 54 70/30 • 10’ Slow cure, Superior flow and high loading capacity, suitable for thin film

Uralac® P 772, HiTone 33-39 15-40 54 70/30 • 12’ Medium cure, Superior flow and high loading capacity, suitable for thin film

Uralac® P 777, HiTone 33-39 25-55 60 70/30 12’ Excellent flow, high loading capacity, suitable for thin film application

Uralac® P 2610 47-57 7-23 54 60/40 15’ 10’ Excellent chemical resistance, good flow, medium cure rate, good pigment wetting properties

Uralac® P 3765 48-54 20-50 58 60/40 • • 15’ 10’ Fast cure, non-blooming, good appearance

Uralac® P 4140 49-53 20-40 59 60/40 • 15’ 10’ 6’ Good price performance resin for general purpose, good flexibility

Uralac® P 6047 47-56,5 15-45 53 60/40 12’ Good flowing hybrid resin with good pigment wetting and flexibility

Uralac® P 5263 48-58 16-46 53 60/40 • 18’ 10’ Good flowing standard hybrid resin

Uralac® P 5266 48-58 13-33 49 60/40 • 15’ 12’ 5’ Low temperature, fast cure, good flexibility

Uralac® P 5268 48-58 16-46 55 60/40 • 15’ 12’ 5’ Faster curing Uralac® P 5263 type

Uralac® F 5340 48-58 7-27 50 60/40 10’ Non-technical grade, slow cure and external catalyst needed, suitable for FDA applications

Uralac® P 6066 49-55 25-50 62 60/40 • 10’ Excellent flow and high loading capacity

Uralac® P 765, HiTone 48-58 10-60 60 60/40 17’ 10’ High Tg version of Uralac® P 760

Uralac® P 6055 47-55 22-52 58 55/45 10’ Excellent flow and suitable for primer applications

Uralac® P 3050, EasyCure 70-85 20-50 67 50/50 10’ 130°C 3’ 150°C

4’ High Tg grade for good storage stability, low or fast cure, Suitable for heat sensitive substrates


Low bake or fast cure resin with high Tg for indoor applications


Low bake, suitable for low temperature curing systems and heat sensitive substrates

Uralac® P 4127 70-85 7-17 53 50/50 20’ 8’ Improved flow for general purpose, medium cure rate, good pigment wetting properties

Uralac® P 5125 70-80 25-65 63 50/50 • 15’ 8’ General purpose type, good flow, good matting properties and good storage stability

Uralac® P 5127 69-79 18-38 57 50/50 18’ 12’ 6’ General purpose type, good flow and good storage stability

Uralac® P 5128 69-79 18-38 57 50/50 • 18’ 12’ 6’ General purpose type, good flow and good storage stability

Uralac® P 5981 69-79 18-38 57 50/50 • 15’ 10’ 5’ High reactivity, fast cure version of Uralac® P 5127

This overview gives the key properties of a broad selection of resins. The product specifications were correct at the time of printing but may change from time to time. We recommend that you contact your local Sales Office for comprehensive information on our full range of products.


EuropeDSM Coating Resins (Headquarters)Ceintuurbaan 5PO Box 6158000 AP ZwolleThe NetherlandsPhone: +31 (0)38 750 25 30E-mail: [email protected] www.dsmcoatingresins.com

DSM Coating ResinsSluisweg 12PO Box 1235140 AC WaalwijkThe NetherlandsPhone: +31 (0)416 689911

North AmericaDSM Coating Resins1472 Columbia Nitrogen RoadAugusta, Georgia 30903USAPhone: +1 706 849 6706Toll free: +1 800 277 9975

DSM Coating Resins730 Main StreetWilmington, MA 01887USAPhone: +1 978 658 6600

Asia DSM Coating Resins, Guangzhou officeRoom 1004-1005, Jinlilai Shuma Wangluo Dasha, No. 138 East Tiyu Road510620 GuangzhouGreater ChinaPhone: +86 20 3826 3703

DSM Coating Resins, Shanghai officeNo. 476 Li Bing Road, Zhangjiang Hi-Tech Park, Pudong New Area201203 ShanghaiGreater ChinaPhone: +86 21 6141 8071

DSM Coating Resins, Shunde officeNo. 9, Lingang South Road, Beijiao Industrial Park528311 Shunde, FoshanGreater ChinaPhone: +86 757 2665 0085

DSM Coating Resins3rd Floor, 90 Chung Shan North Road, Section 6Taipei, TaiwanGreater ChinaPhone: +886 2 2833 0001 Ext. 14

DSM Coating Resins

Note:Sales office Powder ResinsSales office Liquid ResinsSales office Liquid and Powder Resins

For more information please contact: [email protected]

The user is held to check the quality, safety and other properties of the product referred to herein. The information and recommendations in this document are to the best of our knowledge, reliable. However, no rights whatsoever can be derived from this document or the information contained therein by any party, other than those expressly accepted by a selling entity of the Royal DSM group of companies (“DSM Selling Entity”) in a binding sale and purchase agreement for product referred to herein. For the avoidance of doubt THE ROYAL DSM GROUP OF COMPANIES MAKE NO WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING THOSE OF MERCHANTABILITY AND FITNESS FOR PURPOSE. Unless explicitly agreed to otherwise in writing by the DSM Selling Entity, all offers, quotations, sales and deliveries of DSM products are subject to the General Conditions of Sale of such DSM Selling Entity. ©2020 Published by DSM Coating Resins B.V. - Printed in the Netherlands

BrochureSC_P | version 05.2020

product overview europe uralac the backbone for all your

Documents