Oleon Industrials Polyester Polyols Leaflet

www.oleon.com

FOR A SUSTAINABLE AUTOMOTIVE INDUSTRY Polyester Polyols Renewable building blocks for high performance polyurethanes

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Why choose a polyester for your polyurethane?

Polysters have a high capacity for sliding abrasion (scraping & rubbing). They are ideal building blocks for applications like scraper blades and chute liners.

Polyesters are the best choice for shock absorption. They are widely used in vibration dampening applications.

Polyesters can be made to any hardness.

Polyesters are more resistant to impact from harsh chemicals (Oil, fuel, solvents).

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A unique set of properties

Dimer C36 diacids

Protection against UV, heat, O2 & Cl

Hydrolytic stability

Hydrophobicity

Universal adhesion on low energy surfaces

Renewability

Functionality by esterification with polyols

Elongation at break

Backwards integrated through mother company

Based on sunflower and rapeseed oil

Guaranteed GMO free

Since January 2009, Oleon n.v. has been incorporated in the AVRIL GROUP, a leading financial and industrial organization active in the vegetable oils and proteins sector, with activities in food, feed, biofuels and oleochemistry. Consequently, Oleon has joined a group that is involved in the entire oilseed sector -from seed to all of its end products- and that is firmly committed to the development of green chemistry. |3|

Our portfolio of dimer based polyester polyols

PRODUCT CODE

CHEMISTRY

CRYSTALLINITY

F

Mn (G/MOL)

HV (mg KOH/G)

VISC. 25°C(mPa.s)

RADIA 7280*

Saturated

Amorphous

2.0

3,000

34 – 40

27,000

RADIA 7282

Saturated

Sem-crystalline

2.0

2,000

52 – 60

Waxy

RADIA 7285

Unsaturated

Amorphous

2.0

3,300

28 – 38

14,000

RADIA 7287

Unsaturated

Amorphous

2.0

2,000

52 – 60

24,000

RADIA 7288

Unsaturated

Amorphous

2.2

1,750

68 – 73

10,000

RADIA 7294

Unsaturated

Amorphous

2.1

2,500

40 – 55

4,000

RADIA 7291*

Unsaturated

Amorphous

2.5

2,100

55 – 70

11,400

RADIA 7662

Unsaturated

Amorphous

2.1

1,180

Ca. 100

3,700

RADIANOL 1990

Saturated

Amorphous

2.0

540

202 – 212

2,500

NOURYPOL 200

Unsaturated

Amorphous

2.2

600

Ca. 210

400

* in development

A bio-based building block Increase the share of bio-based material in your end-product by using Oleon’s green polyester polyols in your formulation.

Based on the raw materials we can offer partially or fully bio-based polyester polyols.

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BIO-BASED CONTENT

RADIA 7280

83%

RADIA 7282

43%

RADIA 7285

84%

RADIA 7287

84%

RADIA 7288

84%

RADIA 7294

75%

RADIA 7291

100%

RADIA 7662

85%

RADIANOL 1990

100%

NOURYPOL 200

99%

+++

+++

+++

RADIA 7285

+++

+++

-

-

+++

RADIA 7287

+++

+++

-

-

RADIA 7288

+++

+

++

RADIA 7294

++

+

RADIA 7291

+++

RADIA 7662

Hardness

Wettability &penetration

+++

Non polar substrates compatibility

+++

Polar substrates compatibility

RADIA 7282

-

Oxidation stability

+++

Hydrolytic resistance

-

Low Viscosity

-

Increased open time

+++

Flexibility at cold

Elongation at break

+++

Tensile strength

Hydrophobicity RADIA 7280

--

+

+++

+

--

---

++

+++

+

---

-

+

+

+

++

-

+++

++

-

+

+

+++

+

+

++

-

+

++

+

+

-

+

-

++

---

+++

+

+

+++

+

+

+

-

++

-

+

+

+

++

+

++

+

+

-

++

--

+++

+

+

+

+

RADIANOL 1990

+++

+++

-

+

+++

---

+++

+++

+++

+++

+++

NOURYPOL 200

++

-

++

-

+

+++

+++

+

+

++

++

Ideal for all applications

Adhesives

Sealants

TPUs & Cast resins

Wood protection

Flexible foams

Textile & leather

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Versatility in the end product HARDNESS Depending on the dicarboxylic acids

FLEXIBILITY Higher molecular weight → Higher flexibility

OPEN TIME / REACTIVITY Depending on alcohol: Primary → high reactivity Secondary → lower reactivity

FUNCTIONALITY Depending on dimer: dimer/trimer → F>2 Pure dimer → F=2

ELONGATION AT BREAK F>2 → Lower elongation F=2 → High elongation

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VISCOSITY Depending on molecular weight & dimer purity

An answer to your needs

Hardness All our polyester polyols are highly resistant to hydrolysis

High Elongation at break Radia 7282 | Radia 7285 | Radia 7287 | Radianol 1990

Low Viscosity Radia 7294 | Radianol 1990 | Nourypol 200

Increased Open Time Radia 7288 | Radia 7287 | Nourypol 200

High Flexibility Radia 7282 | Radia 7285

High Tensile Strength Radia 7282 | Radia 7288

Hardness Radia 7282

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Acoustic & Car Seats foams RADIA 7294 Low viscosity Functionality > 2 → ideal for foam applications Good compatibility with polyether polyols Generates open cell structure & air permeability → ideal for extra comfort foams

RADIA 7291 100% Bio-based High functionality = 2.5 Good water repellency

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PRODUCT CODE

RADIA 7294

RADIA 7291

CHEMISTRY

Unsaturated

Unsaturated

CRYSTALLINITY

Amorphous

Amorphous

F

2.1

2.5

Mn (G/MOL)

2,500

2,100

HV (mg KOH/G)

40 - 55

55 - 70

VISC. 25°C(mPa.s)

4,000

11,400

BIO-BASED CONTENT

75%

100%

Automotive bonding & sealing foam tape

RADIA 7288 Excellent for waterproofing Functionality > 2 → ideal for foam applications Partially bio-based

PRODUCT CODE

RADIA 7288

CHEMISTRY

Unsaturated

CRYSTALLINITY

Amorphous

F

2.2

Mn (G/MOL)

1,750

HV (mg KOH/G)

68 - 73

VISC. 25°C(mPa.s)

10,000

BIO-BASED CONTENT

84%

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More info?

Contact our Product Manager Thomas Van Daele at thomas.vandaele@oleon.com

A natural chemistry Oleon brings you a natural chemistry. Our specialty lies in converting natural fats and oils into a wide range of oleochemical products combining high performance with ready biodegradability.

At Oleon, we believe that a natural chemistry entails much more than just the production of our natural chemicals. That is why we attach great importance to all the people who matter to us. We invest in our employees, commit to longterm relationships with our clients, communicate openly with our suppliers and respect our neighbors. We believe that all these factors contribute to a natural chemistry with all our stakeholders, including the wider community in which we do business.

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