the oxo people

Product Range

2

3

Product portfolio Page 4

1 Aldehydes Page 6 Aldehydes application areas 10

2 Alcohols Page 12 Alcohols application areas 14

3 Esters Page 16 Esters application areas 16

4 Acids Page 18 Acids application areas 22

5 Polyols Page 24 Polyols application areas 26

6 Amines Page 28 Amines application areas 36

7 Specialty Esters Page 38 Specialty Esters application areas 44

Alphabetical Product Index Page 46

Production platform Page 48

Product portfolio applicable Page 50

OXEA Worldwide Page 52

Facts and Figures Page 53

Disclaimer Page 54

Products by Classes

end-market applications. With a total production capacity of over 1.2 million tons, we are the largest Oxo chemicals producer for the Oxo merchant market overall.

Being a market leader requires constant innovation and a stringent process of business optimization. At OXEA, we continuously analyze the geographies and industrial sectors we serve – always eager to learn more about the dynamics and perspectives in our clients’ industries.

OXEA is recognized by our customers as a knowledgeable partner and a reliable supplier. Our long-standing and trusted customer relationships, some spanning more than 50 years of productive cooperation, provides our global commercial teams with a deep understanding of our custo-mers’ needs and allow us to align closely with our custo-mers’ strategies and growth activities.

OXEA uses modern technologies and operates efficient economic and ecological processes. Product quality, plant safety, environmental protection, and customer service are always top priority.

This brochure, featuring over 70 products, offers a more detailed overview of our product portfolio.

We invite you to learn more about OXEA.

Oxo chemicals are OXEA’s core competency. We produce Oxo intermediates and Oxo derivatives in our plants in Germany, the Netherlands, and the USA and started up in 2014 our first manufacturing facility in China. Our global customer base is served from sales offices in numerous locations, including Europe, North America, Asia and Latin America.

As “The Oxo People”, OXEA has more than 75 years of experience in the production of Oxo chemicals. We are the inventor of the Oxo synthesis process (or “hydro-formylation”) as well as several other proprietary techno-logies for the manufacture of Oxo chemicals. The produc-tion process for Oxo intermediates and Oxo derivatives is complex, requiring efficient integration and an under-stand ing of the underlying processes and end-markets. We benefit from highly integrated production facilities and a well-balanced value chain in Oxo chemicals. Our flexible production process allows us to manage our production flow carefully and react to short-term demand patterns for key products. OXEA’s unmatched and well-honed experi-ence in these areas has enabled us to develop our core competencies across the entire Oxo value chain and to create a broad portfolio of Oxo chemicals.

OXEA is the second largest manufacturer of Oxo chemicals by production capacity, producing more than 70 products for customers in a wide range of industries with various

We are the Oxo People

4

Alcohols

Applications:

Surface Coatings, Lacquers & Paints, Polymer Additives, Lubricants

Esters

Applications:

Chemical Intermediates, Cosmetics, Paints & Coatings, Printing Inks, Pharmaceuticals, Solvents

Oxo-Intermediates

Aldehydes

Applications:

Lacquers, Polymer Additives, Flotation Chemicals, Flavors & Fragrances

Diversified product portfolio applicable to a wide range of end-uses

Product portfolio

5

Oxo-Derivatives

Higher Aldehydes

Polyols

Carboxylic Acids

Amines

Specialty Esters

Higher Alcohols & Specialty Derivatives

Applications:

Chemical Intermediates, Flavors & Fragrances

Applications:

High Solids Coatings, Powder Coatings, Cosmetics, Lubricants, Polymer Additives

Applications:

Lubricants, Siccatives, Flavors & Fragrances, Polymer Stabilizers, Animal Feed Additives, Chemical Intermediates

Applications:

Agrochemicals, Rubber Chemicals, Polymer Additives, Pharmaceuticals, Surfactants, Dye Intermediates

Applications:

Plasticizers, Lubricants Coalescing Agents

Applications:

Pharmaceuticals, Agrochemicals, Performance Chemicals

6

OXEA products Other names /Short form

CAS No. Physical data

Propionaldehyde Propanal 123 - 38 - 6 MMBp @ 1013 hPa [°C]

MpFlp [°C]

Vp

58.148– 81– 30364

drVd

ρnD

ST Sol. in Water

0.7971.8 @ 37.8 °C (Air = 1)0.431.362–306 g / l @ 25 °C

n-Butyraldehyde n-Butanal 123 -72 - 8MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

72.1175< – 20– 6.7144

drVd

ρnD

ST Sol. in Water

0.812.50.431.37970 (1 g / l)50

Isobutyraldehyde Isobutanal 78-84-2MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

72.1164– 69.5– 5153

drVd

ρnD

ST Sol. in Water

0.7832.50.43––60

n-Valeraldehyde n-Pentanal 110 - 62 - 3MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

86.13104– 856.550

drVd

ρnD

ST Sol. in Water

0.80930.5431.393–18

2-Methylbutyraldehyde 2-Methylbutanal 96 -17- 3MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

86.1392< – 90– 576

drVd

ρnD

ST Sol. in Water

0.803–0.53 1.3948.813

Isovaleraldehyde 3-Methylbutanal 590 - 86 - 3MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

86.1392< – 900.575

drVd

ρnD

ST Sol. in Water

0.7972.960.561.38746.115

n-Heptanal n-Heptylaldehyde 111-71-7MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp [hPa] @ 25 °C

114.18156 – 160– 43426.6

drVd

ρnD

ST Sol. in Water

0.81873.940.98 @ 15 °C1.426–2.03

2-Ethylhexanal 2-Ethylhexylaldehyde 123 - 05 -7MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

128.22159.6< – 100442.3

drVd

ρnD

ST Sol. in Water

0.819 4.4 0.951 1.416 –0.39

PropionaldehydPropanalCAS 123-38-6

n-Butyraldehydn-ButanalCAS 123-72-8

Isobutyraldehyd2-MethylpropanalCAS 78-84-2

n-Valeraldehydn-PentanalCAS 110-62-3

2-Methylbutyraldehyd2-MethylbutanalCAS 96-17-3

Isovaleraldehyd3-MethylbutanalCAS 590-86-3

n-Heptanaln-HeptylaldehydCAS 111-71-7

O

H

O

H

O

H

O

H

O

H

O

H

O

H

O

H

PropionaldehydPropanalCAS 123-38-6

n-Butyraldehydn-ButanalCAS 123-72-8

Isobutyraldehyd2-MethylpropanalCAS 78-84-2

n-Valeraldehydn-PentanalCAS 110-62-3

2-Methylbutyraldehyd2-MethylbutanalCAS 96-17-3

Isovaleraldehyd3-MethylbutanalCAS 590-86-3

n-Heptanaln-HeptylaldehydCAS 111-71-7

O

H

O

H

O

H

O

H

O

H

O

H

O

H

PropionaldehydPropanalCAS 123-38-6

n-Butyraldehydn-ButanalCAS 123-72-8

Isobutyraldehyd2-MethylpropanalCAS 78-84-2

n-Valeraldehydn-PentanalCAS 110-62-3

2-Methylbutyraldehyd2-MethylbutanalCAS 96-17-3

Isovaleraldehyd3-MethylbutanalCAS 590-86-3

n-Heptanaln-HeptylaldehydCAS 111-71-7

O

H

O

H

O

H

O

H

O

H

O

H

O

H

PropionaldehydPropanalCAS 123-38-6

n-Butyraldehydn-ButanalCAS 123-72-8

Isobutyraldehyd2-MethylpropanalCAS 78-84-2

n-Valeraldehydn-PentanalCAS 110-62-3

2-Methylbutyraldehyd2-MethylbutanalCAS 96-17-3

Isovaleraldehyd3-MethylbutanalCAS 590-86-3

n-Heptanaln-HeptylaldehydCAS 111-71-7

O

H

O

H

O

H

O

H

O

H

O

H

O

H

PropionaldehydPropanalCAS 123-38-6

n-Butyraldehydn-ButanalCAS 123-72-8

Isobutyraldehyd2-MethylpropanalCAS 78-84-2

n-Valeraldehydn-PentanalCAS 110-62-3

2-Methylbutyraldehyd2-MethylbutanalCAS 96-17-3

Isovaleraldehyd3-MethylbutanalCAS 590-86-3

n-Heptanaln-HeptylaldehydCAS 111-71-7

O

H

O

H

O

H

O

H

O

H

O

H

O

H

2-Ethylhexanal2-EthylhexylaldehydCAS 123-05-7

n-NonanalPelargonaldehydn-NonylaldehydCAS 124-19-6

Isononanal3,5,5-Trimethylhexanal, etwa 90 %IsononylaldehydCAS 35127-50-5CAS 5435-64-3

2-MethyldecanalMethyloctylacetaldehyd (MOA)CAS 19009-56-4

n/i-UndecanalCAS 112-44-7

n/i-C13 / C15-AldehydMischung von n/i-Tridecanalundn/i-PentadecanalCAS 93821-14-8

TCD-Dialdehyd 3(4), 8(9)-Bis-formyl-tricyclo-[5.2.1.0 2,6]decan CAS 25896-97-3

O

H

O

H

O

H

OHCCHO

O

H

H

O

1 Aldehydes

7

OXEA products Other names /Short form

CAS No. Physical data

Propionaldehyde Propanal 123 - 38 - 6 MMBp @ 1013 hPa [°C]

MpFlp [°C]

Vp

58.148– 81– 30364

drVd

ρnD

ST Sol. in Water

0.7971.8 @ 37.8 °C (Air = 1)0.431.362–306 g / l @ 25 °C

n-Butyraldehyde n-Butanal 123 -72 - 8MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

72.1175< – 20– 6.7144

drVd

ρnD

ST Sol. in Water

0.812.50.431.37970 (1 g / l)50

Isobutyraldehyde Isobutanal 78-84-2MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

72.1164– 69.5– 5153

drVd

ρnD

ST Sol. in Water

0.7832.50.43––60

n-Valeraldehyde n-Pentanal 110 - 62 - 3MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

86.13104– 856.550

drVd

ρnD

ST Sol. in Water

0.80930.5431.393–18

2-Methylbutyraldehyde 2-Methylbutanal 96 -17- 3MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

86.1392< – 90– 576

drVd

ρnD

ST Sol. in Water

0.803–0.53 1.3948.813

Isovaleraldehyde 3-Methylbutanal 590 - 86 - 3MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

86.1392< – 900.575

drVd

ρnD

ST Sol. in Water

0.7972.960.561.38746.115

n-Heptanal n-Heptylaldehyde 111-71-7MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp [hPa] @ 25 °C

114.18156 – 160– 43426.6

drVd

ρnD

ST Sol. in Water

0.81873.940.98 @ 15 °C1.426–2.03

2-Ethylhexanal 2-Ethylhexylaldehyde 123 - 05 -7MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

128.22159.6< – 100442.3

drVd

ρnD

ST Sol. in Water

0.819 4.4 0.951 1.416 –0.39

PropionaldehydPropanalCAS 123-38-6

n-Butyraldehydn-ButanalCAS 123-72-8

Isobutyraldehyd2-MethylpropanalCAS 78-84-2

n-Valeraldehydn-PentanalCAS 110-62-3

2-Methylbutyraldehyd2-MethylbutanalCAS 96-17-3

Isovaleraldehyd3-MethylbutanalCAS 590-86-3

n-Heptanaln-HeptylaldehydCAS 111-71-7

O

H

O

H

O

H

O

H

O

H

O

H

O

H

PropionaldehydPropanalCAS 123-38-6

n-Butyraldehydn-ButanalCAS 123-72-8

Isobutyraldehyd2-MethylpropanalCAS 78-84-2

n-Valeraldehydn-PentanalCAS 110-62-3

2-Methylbutyraldehyd2-MethylbutanalCAS 96-17-3

Isovaleraldehyd3-MethylbutanalCAS 590-86-3

n-Heptanaln-HeptylaldehydCAS 111-71-7

O

H

O

H

O

H

O

H

O

H

O

H

O

H

PropionaldehydPropanalCAS 123-38-6

n-Butyraldehydn-ButanalCAS 123-72-8

Isobutyraldehyd2-MethylpropanalCAS 78-84-2

n-Valeraldehydn-PentanalCAS 110-62-3

2-Methylbutyraldehyd2-MethylbutanalCAS 96-17-3

Isovaleraldehyd3-MethylbutanalCAS 590-86-3

n-Heptanaln-HeptylaldehydCAS 111-71-7

O

H

O

H

O

H

O

H

O

H

O

H

O

H

Data / Values @ 20 °C, 1013 hPa (unless otherwise noted): MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] Flp = Flash Point [ °C ]

Vp = Vapor Pressure [hPa] d = Density [ g/cm3 ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] nD = Refractive Index ST = Surface Tension [ mN / m ]

Sol. in Water = Solubility in Water [ g / l ]

8

OXEA products Other names /Short form

CAS No. Physical data

Isononanal 3,5,5-Trimethylhexanal 5435 - 64 - 3MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

142.23 169 < – 100 34 9

drVd

ρnD

ST Sol. in Water

0.82–1.72 [mm² / s]1.419 – 1.423 45.6 0.3

n-Nonanal Pelargonaldehyden-Nonylaldehyde

124 -19 - 6MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

142.24 183 – 19 75 2

drVd

ρnD

ST Sol. in Water

0.823 4.9 1.4 1.424 ––

n-Undecanal – 112 - 44-7MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

170.29225– 101050.38

drVd

ρnD

ST Sol. in Water

0.8285.942.2951.413 – 1.415 44.8 0.012

n / i-C13 / C15- Aldehyde

– 93821 -14 - 8MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

– 263 – 286 – 9 122 3

drVd

ρnD

ST Sol. in Water

0.830 –3.7 – 42.30.002

2-Ethylhexanal2-EthylhexylaldehydCAS 123-05-7

n-NonanalPelargonaldehydn-NonylaldehydCAS 124-19-6

Isononanal3,5,5-Trimethylhexanal, etwa 90 %IsononylaldehydCAS 35127-50-5CAS 5435-64-3

2-MethyldecanalMethyloctylacetaldehyd (MOA)CAS 19009-56-4

n/i-UndecanalCAS 112-44-7

n/i-C13 / C15-AldehydMischung von n/i-Tridecanalundn/i-PentadecanalCAS 93821-14-8

TCD-Dialdehyd 3(4), 8(9)-Bis-formyl-tricyclo-[5.2.1.0 2,6]decan CAS 25896-97-3

O

H

O

H

O

H

OHCCHO

O

H

2-Ethylhexanal2-EthylhexylaldehydCAS 123-05-7

n-NonanalPelargonaldehydn-NonylaldehydCAS 124-19-6

Isononanal3,5,5-Trimethylhexanal, etwa 90 %IsononylaldehydCAS 35127-50-5CAS 5435-64-3

2-MethyldecanalMethyloctylacetaldehyd (MOA)CAS 19009-56-4

n/i-UndecanalCAS 112-44-7

n/i-C13 / C15-AldehydMischung von n/i-Tridecanalundn/i-PentadecanalCAS 93821-14-8

TCD-Dialdehyd 3(4), 8(9)-Bis-formyl-tricyclo-[5.2.1.0 2,6]decan CAS 25896-97-3

O

H

O

H

O

H

OHCCHO

O

H

1 Aldehydes

9

OXEA products Other names /Short form

CAS No. Physical data

Isononanal 3,5,5-Trimethylhexanal 5435 - 64 - 3MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

142.23 169 < – 100 34 9

drVd

ρnD

ST Sol. in Water

0.82–1.72 [mm² / s]1.419 – 1.423 45.6 0.3

n-Nonanal Pelargonaldehyden-Nonylaldehyde

124 -19 - 6MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

142.24 183 – 19 75 2

drVd

ρnD

ST Sol. in Water

0.823 4.9 1.4 1.424 ––

n-Undecanal – 112 - 44-7MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

170.29225– 101050.38

drVd

ρnD

ST Sol. in Water

0.8285.942.2951.413 – 1.415 44.8 0.012

n / i-C13 / C15- Aldehyde

– 93821 -14 - 8MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

– 263 – 286 – 9 122 3

drVd

ρnD

ST Sol. in Water

0.830 –3.7 – 42.30.002

Data / Values @ 20 °C, 1013 hPa (unless otherwise noted):

MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa]

d = Density [ g/cm3 ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] nD = Refractive Index ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ]

10

Agro chemicals Chemical Inter mediates

Animal Feed Fine Chemicals

Flavors & Fra grances

LDPE /EVA Polymers

Lubricant Additives

Pharma Resins Rubber Additives

Product CAS No.

Propionaldehyde 123 - 38 - 6

n-Butyraldehyde 123 -72 - 8

Isobutyraldehyde 78-84-2

n-Valeraldehyde 110 - 62 - 3

2-Methylbutyraldehyde 96 -17- 3

Isovaleraldehyde 590 - 86 - 3

n-Heptanal 111-71-7

2-Ethylhexanal 123 - 05 -7

Isononanal 5435-64-3

n-Nonanal 124 -19 - 6

n-Undecanal 112 - 44 -7

n/i-C13-C15-Aldehyde 93821 -14 - 8

1 Aldehydes application areas

All information on application areas is derived from our experience and customer feedback. Please note that each use of a specific product, the regulatory framework

and IP situation still has to be verified by the customer in each individual case.

11

Agro chemicals Chemical Inter mediates

Animal Feed Fine Chemicals

Flavors & Fra grances

LDPE /EVA Polymers

Lubricant Additives

Pharma Resins Rubber Additives

Product CAS No.

Propionaldehyde 123 - 38 - 6

n-Butyraldehyde 123 -72 - 8

Isobutyraldehyde 78-84-2

n-Valeraldehyde 110 - 62 - 3

2-Methylbutyraldehyde 96 -17- 3

Isovaleraldehyde 590 - 86 - 3

n-Heptanal 111-71-7

2-Ethylhexanal 123 - 05 -7

Isononanal 5435-64-3

n-Nonanal 124 -19 - 6

n-Undecanal 112 - 44 -7

n/i-C13-C15-Aldehyde 93821 -14 - 8

12

OXEA products Other names /Short form

CAS No. Physical data

n-Propanol n-Propyl alcohol 71- 23 - 8MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

60.1 97 < – 90 22 – 24 26

drVd

ρSol. in Water

0.8036 2.12.21 completely soluble

nD

ST1.386 70.8 (1 g / l)

n-Butanol n-Butyl alcohol 71- 36 - 3MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

74.12 119 < – 90 35 10

drVd

ρSol. in Water

0.812.62.94766

nD

ST1.399 69.9

Isobutanol 2-Methylpropan-1- ol 78 - 83 -1MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

74.12 108 < – 90 31 16

drVd

ρSol. in Water

0.8022.63.170

nD

ST1.396 69.7

n-Heptanol Heptyl alcoholn-Heptyl alcoholEnanthic alcohol

111-70 - 6MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp [hPa] @ 25 °C

116.2 175.8 – 34.6 71 0.29

drVd

ρSol. in Water

0.82194.017.41.67 mg/l @ 25 °C

nD

ST1.4249–

2-Ethylhexanol 2-Ethyl-hexan-1- ol2-EHOH

104 -76 -7MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

130.23 184 – 89 77 < 1

drVd

ρSol. in Water

0.8324.59.80.9

nD

ST1.431 47 (0.81 g / l)

n-Nonanol n-Nonyl alcohol, Pelargonic alcohol, n-C9 alcohol

143-08-8MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

144.26212– 3 95

drVd

ρSol. in Water

0.8278 not available 14.2 69.5 mg/l @ 20 °C

nD

ST1.4338 17.8 (0.10 g / l)

Isononanol 3,5,5-Trimethylhexan-1- ol 3452 - 97- 9MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

144.26 193.5 – 80 76 2

drVd

ρSol. in Water

0.8264514.2 0.4

nD

ST–38 (0.37 g / l)

TCD Alcohol M Octahydro-4,7-methano- 1H-indenmethanolTCD-monol

31308 - 55 -1MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

166.26 266 – 31 132< 1

drVd

ρSol. in Water

1.0517 – 200.5 0.4

nD

ST–52 (0.36 g / l)

n-Propanoln-PropylalkoholCAS 71-23-8 vv

n-Butanoln-ButylalkoholCAS 71-36-3

Isobutanol2-MethylpropanolCAS 78-83-1

2-Ethylhexanol2-EthylhexylalkoholCAS 104-76-7

IsononanolGemisch von primären Isononanolen3,5,5-Trimethylhexanol, etwa 90 %CAS 3452-97-9

TCD-Alkohol M8-Hydroxymethyl-tricyclo-[5.2.1.02,6]decanCAS 64680-90-6

OH

OH

OH

OH

OH

HO

n-Propanoln-PropylalkoholCAS 71-23-8 vv

n-Butanoln-ButylalkoholCAS 71-36-3

Isobutanol2-MethylpropanolCAS 78-83-1

2-Ethylhexanol2-EthylhexylalkoholCAS 104-76-7

IsononanolGemisch von primären Isononanolen3,5,5-Trimethylhexanol, etwa 90 %CAS 3452-97-9

TCD-Alkohol M8-Hydroxymethyl-tricyclo-[5.2.1.02,6]decanCAS 64680-90-6

OH

OH

OH

OH

OH

HO

n-Propanoln-PropylalkoholCAS 71-23-8 vv

n-Butanoln-ButylalkoholCAS 71-36-3

Isobutanol2-MethylpropanolCAS 78-83-1

2-Ethylhexanol2-EthylhexylalkoholCAS 104-76-7

IsononanolGemisch von primären Isononanolen3,5,5-Trimethylhexanol, etwa 90 %CAS 3452-97-9

TCD-Alkohol M8-Hydroxymethyl-tricyclo-[5.2.1.02,6]decanCAS 64680-90-6

OH

OH

OH

OH

OH

HO

OH

OH

n-Propanoln-PropylalkoholCAS 71-23-8 vv

n-Butanoln-ButylalkoholCAS 71-36-3

Isobutanol2-MethylpropanolCAS 78-83-1

2-Ethylhexanol2-EthylhexylalkoholCAS 104-76-7

IsononanolGemisch von primären Isononanolen3,5,5-Trimethylhexanol, etwa 90 %CAS 3452-97-9

TCD-Alkohol M8-Hydroxymethyl-tricyclo-[5.2.1.02,6]decanCAS 64680-90-6

OH

OH

OH

OH

OH

HO

n-Propanoln-PropylalkoholCAS 71-23-8 vv

n-Butanoln-ButylalkoholCAS 71-36-3

Isobutanol2-MethylpropanolCAS 78-83-1

2-Ethylhexanol2-EthylhexylalkoholCAS 104-76-7

IsononanolGemisch von primären Isononanolen3,5,5-Trimethylhexanol, etwa 90 %CAS 3452-97-9

TCD-Alkohol M8-Hydroxymethyl-tricyclo-[5.2.1.02,6]decanCAS 64680-90-6

OH

OH

OH

OH

OH

HO

2 Alcohols

n-Propanoln-PropylalkoholCAS 71-23-8 vv

n-Butanoln-ButylalkoholCAS 71-36-3

Isobutanol2-MethylpropanolCAS 78-83-1

2-Ethylhexanol2-EthylhexylalkoholCAS 104-76-7

IsononanolGemisch von primären Isononanolen3,5,5-Trimethylhexanol, etwa 90 %CAS 3452-97-9

TCD-Alkohol M8-Hydroxymethyl-tricyclo-[5.2.1.02,6]decanCAS 64680-90-6

OH

OH

OH

OH

OH

HO

13

OXEA products Other names /Short form

CAS No. Physical data

n-Propanol n-Propyl alcohol 71- 23 - 8MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

60.1 97 < – 90 22 – 24 26

drVd

ρSol. in Water

0.8036 2.12.21 completely soluble

nD

ST1.386 70.8 (1 g / l)

n-Butanol n-Butyl alcohol 71- 36 - 3MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

74.12 119 < – 90 35 10

drVd

ρSol. in Water

0.812.62.94766

nD

ST1.399 69.9

Isobutanol 2-Methylpropan-1- ol 78 - 83 -1MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

74.12 108 < – 90 31 16

drVd

ρSol. in Water

0.8022.63.170

nD

ST1.396 69.7

n-Heptanol Heptyl alcoholn-Heptyl alcoholEnanthic alcohol

111-70 - 6MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp [hPa] @ 25 °C

116.2 175.8 – 34.6 71 0.29

drVd

ρSol. in Water

0.82194.017.41.67 mg/l @ 25 °C

nD

ST1.4249–

2-Ethylhexanol 2-Ethyl-hexan-1- ol2-EHOH

104 -76 -7MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

130.23 184 – 89 77 < 1

drVd

ρSol. in Water

0.8324.59.80.9

nD

ST1.431 47 (0.81 g / l)

n-Nonanol n-Nonyl alcohol, Pelargonic alcohol, n-C9 alcohol

143-08-8MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

144.26212– 3 95

drVd

ρSol. in Water

0.8278 not available 14.2 69.5 mg/l @ 20 °C

nD

ST1.4338 17.8 (0.10 g / l)

Isononanol 3,5,5-Trimethylhexan-1- ol 3452 - 97- 9MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

144.26 193.5 – 80 76 2

drVd

ρSol. in Water

0.8264514.2 0.4

nD

ST–38 (0.37 g / l)

TCD Alcohol M Octahydro-4,7-methano- 1H-indenmethanolTCD-monol

31308 - 55 -1MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

166.26 266 – 31 132< 1

drVd

ρSol. in Water

1.0517 – 200.5 0.4

nD

ST–52 (0.36 g / l)

Data / Values @ 20 °C, 1013 hPa (unless otherwise noted):

MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa]

d = Density [ g / cm3 ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] nD = Refractive Index ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ]

14

Printing Inks Plasticizers Chemical Intermediates Agrochemicals,Crop Science

Paints & Coatings Fuel Additives Flavors & Fragrances

Personal Care Disinfectant

Product CAS No.

n-Propanol 71- 23 - 8

n-Butanol 71- 36 - 3

Isobutanol 78 - 83 -1

n-Heptanol 111- 70 - 6

2-Ethylhexanol 104 -76 -7

n-Nonanol 143-08-8

Isononanol 3452- 97- 9

TCD Alcohol M 31308 - 55 -1

2 Alcohols application areas

All information on application areas is derived from our experience and customer feedback. Please note that each use of a specific product, the regulatory framework

and IP situation still has to be verified by the customer in each individual case.

15

Printing Inks Plasticizers Chemical Intermediates Agrochemicals,Crop Science

Paints & Coatings Fuel Additives Flavors & Fragrances

Personal Care Disinfectant

Product CAS No.

n-Propanol 71- 23 - 8

n-Butanol 71- 36 - 3

Isobutanol 78 - 83 -1

n-Heptanol 111- 70 - 6

2-Ethylhexanol 104 -76 -7

n-Nonanol 143-08-8

Isononanol 3452- 97- 9

TCD Alcohol M 31308 - 55 -1

16

Detergents Additives Chemi cal Inter mediates Flavor & Fragrances Pharma Paint and Coatings Printing Inks

Product CAS No.

n-Propyl Acetate 109 - 60 - 4

n-Butyl Acetate 123 - 86 - 4

Isobutyl Acetate 110 -19 - 0

OXEA products Other names /Short form

CAS No. Physical data

n-Propyl Acetate Acetic Acid n-propyl ester

109 - 60 - 4MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

102.13101.5– 931238

drVd

ρnD

STSol. in Water

0.8883.50.581.384–18.9

n-Butyl Acetate Acetic Acid n-butyl ester

123 - 86 - 4MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

116.16126< – 902715

drVd

ρnD

STSol. in Water

0.88140.731.39361.3 (1 g / l)5.3

Isobutyl Acetate Acetic Acid isobutyl ester

110 -19 - 0MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

116.16117< – 902221

drVd

ρnD

STSol. in Water

0.87140.71.3962.5 (1 g / l)5.6

n-PropylacetatEssigsäure-n-propylesterCAS 109-60-4

n-ButylacetatEssigsäure-n-butylesterCAS 123-86-4

IsobutylacetatIsobutylacetat, Urethan-QualitätEssigsäureisobutylesterCAS 110-19-0

Genomoll® 100Di-(2-ethylhexyl)-phthalat (DEHP)DOPCAS 117-81-7

Genomoll® 100-S Med

Genomoll® 100-S Food

3G8 EsterTriethylenglykol-di-(2-ethylhexanoat)CAS 94-28-0

O

O

O

O

O

O

O

O

O

O

O

OO

O

OO

n-PropylacetatEssigsäure-n-propylesterCAS 109-60-4

n-ButylacetatEssigsäure-n-butylesterCAS 123-86-4

IsobutylacetatIsobutylacetat, Urethan-QualitätEssigsäureisobutylesterCAS 110-19-0

Genomoll® 100Di-(2-ethylhexyl)-phthalat (DEHP)DOPCAS 117-81-7

Genomoll® 100-S Med

Genomoll® 100-S Food

3G8 EsterTriethylenglykol-di-(2-ethylhexanoat)CAS 94-28-0

O

O

O

O

O

O

O

O

O

O

O

OO

O

OO

n-PropylacetatEssigsäure-n-propylesterCAS 109-60-4

n-ButylacetatEssigsäure-n-butylesterCAS 123-86-4

IsobutylacetatIsobutylacetat, Urethan-QualitätEssigsäureisobutylesterCAS 110-19-0

Genomoll® 100Di-(2-ethylhexyl)-phthalat (DEHP)DOPCAS 117-81-7

Genomoll® 100-S Med

Genomoll® 100-S Food

3G8 EsterTriethylenglykol-di-(2-ethylhexanoat)CAS 94-28-0

O

O

O

O

O

O

O

O

O

O

O

OO

O

OO

3 Esters

3 Esters application areas

All information on application areas is derived from our experience and customer feedback. Please note that each use of a specific product, the regulatory framework

and IP situation still has to be verified by the customer in each individual case.

17

Detergents Additives Chemi cal Inter mediates Flavor & Fragrances Pharma Paint and Coatings Printing Inks

Product CAS No.

n-Propyl Acetate 109 - 60 - 4

n-Butyl Acetate 123 - 86 - 4

Isobutyl Acetate 110 -19 - 0

OXEA products Other names /Short form

CAS No. Physical data

n-Propyl Acetate Acetic Acid n-propyl ester

109 - 60 - 4MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

102.13101.5– 931238

drVd

ρnD

STSol. in Water

0.8883.50.581.384–18.9

n-Butyl Acetate Acetic Acid n-butyl ester

123 - 86 - 4MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

116.16126< – 902715

drVd

ρnD

STSol. in Water

0.88140.731.39361.3 (1 g / l)5.3

Isobutyl Acetate Acetic Acid isobutyl ester

110 -19 - 0MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

116.16117< – 902221

drVd

ρnD

STSol. in Water

0.87140.71.3962.5 (1 g / l)5.6

Data / Values @ 20 °C, 1013 hPa (unless otherwise noted):

MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa]

d = Density [ g / cm3 ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] nD = Refractive Index ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ]

18

4 Acids

OXEA products Other names /Short form

CAS No. Physical data

Propionic Acid (AF) C3 AcidPropanoic Acid

79-09-4MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

74.08141– 21.550.50

dρ

nD

STSol. in Water

rVd

0.991.181.387not available completely soluble at roomtemperaturenot available

n-Butyric Acid (AF) n - C4 Acidn-Butanoic Acid

107- 92- 6MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

88.11164– 771

dρ

nD

STSol. in Water

0.9571.671.39868.5 (1 g / l) completely soluble

Isobutyric Acid iso-C4 Acid 79 - 31- 2MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

88.11156– 6456 – 62

dρ

nD

STSol. in Water

0.9481.321.39370.2 (1 g / l) 618

n-Valeric Acid n-Pentanoic Acidn - C5 Acid

109 - 52- 4MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

102.13186– 3484

dρ

nD

STSol. in Water

0.942.1731.40851.6 (1 g / l) 37.5

2-Methylbutyric Acid 2- MB Acid 116 - 53 - 0MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

102.13177– 9077

dρ

nD

STSol. in Water

0.9362.11.40564.2 (1 g / l) 45

3-Methylbutyric Acid Isovaleric Acid3 - MB Acid

503 -74 - 2MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

102.13178.5 – 3184 @ 80

dρ

nD

STSol. in Water

0.92582.41.40363.3 (1 g / l) 48

Isopentanoic AcidMM

Bp @ 1 atm (101,3 kPa) [°C]Mp

Flp [°C]

102.13177 – 186< –3477 – 84

dρ

nD

STSol. in Water

0.942.1 – 2.21.405 – 1.40851 – 64 (1 g / l)37.5

2-Methylpentanoic Acid

2-Methylvaleric Acid2- MP Acid

97- 61- 0MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

116.16196< – 90 93

dρ

nD

STSol. in Water

0.9232.8 1.41356.612.2

n-Buttersäure n-ButansäureCAS 107-92-6

Isobuttersäure 2-MethylpropionsäureCAS 79-31-2

n-Valeriansäuren-PentansäureCAS 109-52-4

2-Methylbuttersäure2-MethylbutansäureCAS 116-53-0

3-MethylbuttersäureIsovaleriansäureCAS 503-74-2

2-MethylpentansäureCAS 97-61-0

O

OH

O

OH

O

OH

O

OH

O

OH

O

OH

O

OH

n-Buttersäure n-ButansäureCAS 107-92-6

Isobuttersäure 2-MethylpropionsäureCAS 79-31-2

n-Valeriansäuren-PentansäureCAS 109-52-4

2-Methylbuttersäure2-MethylbutansäureCAS 116-53-0

3-MethylbuttersäureIsovaleriansäureCAS 503-74-2

2-MethylpentansäureCAS 97-61-0

O

OH

O

OH

O

OH

O

OH

O

OH

O

OH

O

OH

n-Buttersäure n-ButansäureCAS 107-92-6

Isobuttersäure 2-MethylpropionsäureCAS 79-31-2

n-Valeriansäuren-PentansäureCAS 109-52-4

2-Methylbuttersäure2-MethylbutansäureCAS 116-53-0

3-MethylbuttersäureIsovaleriansäureCAS 503-74-2

2-MethylpentansäureCAS 97-61-0

O

OH

O

OH

O

OH

O

OH

O

OH

O

OH

O

OH

n-Buttersäure n-ButansäureCAS 107-92-6

Isobuttersäure 2-MethylpropionsäureCAS 79-31-2

n-Valeriansäuren-PentansäureCAS 109-52-4

2-Methylbuttersäure2-MethylbutansäureCAS 116-53-0

3-MethylbuttersäureIsovaleriansäureCAS 503-74-2

2-MethylpentansäureCAS 97-61-0

O

OH

O

OH

O

OH

O

OH

O

OH

O

OH

O

OH

O

O

H

n-Buttersäure n-ButansäureCAS 107-92-6

Isobuttersäure 2-MethylpropionsäureCAS 79-31-2

n-Valeriansäuren-PentansäureCAS 109-52-4

2-Methylbuttersäure2-MethylbutansäureCAS 116-53-0

3-MethylbuttersäureIsovaleriansäureCAS 503-74-2

2-MethylpentansäureCAS 97-61-0

O

OH

O

OH

O

OH

O

OH

O

OH

O

OH

O

OH

19

n-Buttersäure n-ButansäureCAS 107-92-6

Isobuttersäure 2-MethylpropionsäureCAS 79-31-2

n-Valeriansäuren-PentansäureCAS 109-52-4

2-Methylbuttersäure2-MethylbutansäureCAS 116-53-0

3-MethylbuttersäureIsovaleriansäureCAS 503-74-2

2-MethylpentansäureCAS 97-61-0

O

OH

O

OH

O

OH

O

OH

O

OH

O

OH

O

OH

n-Buttersäure n-ButansäureCAS 107-92-6

Isobuttersäure 2-MethylpropionsäureCAS 79-31-2

n-Valeriansäuren-PentansäureCAS 109-52-4

2-Methylbuttersäure2-MethylbutansäureCAS 116-53-0

3-MethylbuttersäureIsovaleriansäureCAS 503-74-2

2-MethylpentansäureCAS 97-61-0

O

OH

O

OH

O

OH

O

OH

O

OH

O

OH

O

OH

n-Buttersäure n-ButansäureCAS 107-92-6

Isobuttersäure 2-MethylpropionsäureCAS 79-31-2

n-Valeriansäuren-PentansäureCAS 109-52-4

2-Methylbuttersäure2-MethylbutansäureCAS 116-53-0

3-MethylbuttersäureIsovaleriansäureCAS 503-74-2

2-MethylpentansäureCAS 97-61-0

O

OH

O

OH

O

OH

O

OH

O

OH

O

OH

O

OH

n-Buttersäure n-ButansäureCAS 107-92-6

Isobuttersäure 2-MethylpropionsäureCAS 79-31-2

n-Valeriansäuren-PentansäureCAS 109-52-4

2-Methylbuttersäure2-MethylbutansäureCAS 116-53-0

3-MethylbuttersäureIsovaleriansäureCAS 503-74-2

2-MethylpentansäureCAS 97-61-0

O

OH

O

OH

O

OH

O

OH

O

OH

O

OH

O

OH

n-Buttersäure n-ButansäureCAS 107-92-6

Isobuttersäure 2-MethylpropionsäureCAS 79-31-2

n-Valeriansäuren-PentansäureCAS 109-52-4

2-Methylbuttersäure2-MethylbutansäureCAS 116-53-0

3-MethylbuttersäureIsovaleriansäureCAS 503-74-2

2-MethylpentansäureCAS 97-61-0

O

OH

O

OH

O

OH

O

OH

O

OH

O

OH

O

OH

OXEA products Other names /Short form

CAS No. Physical data

Propionic Acid (AF) C3 AcidPropanoic Acid

79-09-4MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

74.08141– 21.550.50

dρ

nD

STSol. in Water

rVd

0.991.181.387not available completely soluble at roomtemperaturenot available

n-Butyric Acid (AF) n - C4 Acidn-Butanoic Acid

107- 92- 6MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

88.11164– 771

dρ

nD

STSol. in Water

0.9571.671.39868.5 (1 g / l) completely soluble

Isobutyric Acid iso-C4 Acid 79 - 31- 2MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

88.11156– 6456 – 62

dρ

nD

STSol. in Water

0.9481.321.39370.2 (1 g / l) 618

n-Valeric Acid n-Pentanoic Acidn - C5 Acid

109 - 52- 4MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

102.13186– 3484

dρ

nD

STSol. in Water

0.942.1731.40851.6 (1 g / l) 37.5

2-Methylbutyric Acid 2- MB Acid 116 - 53 - 0MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

102.13177– 9077

dρ

nD

STSol. in Water

0.9362.11.40564.2 (1 g / l) 45

3-Methylbutyric Acid Isovaleric Acid3 - MB Acid

503 -74 - 2MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

102.13178.5 – 3184 @ 80

dρ

nD

STSol. in Water

0.92582.41.40363.3 (1 g / l) 48

Isopentanoic AcidMM

Bp @ 1 atm (101,3 kPa) [°C]Mp

Flp [°C]

102.13177 – 186< –3477 – 84

dρ

nD

STSol. in Water

0.942.1 – 2.21.405 – 1.40851 – 64 (1 g / l)37.5

2-Methylpentanoic Acid

2-Methylvaleric Acid2- MP Acid

97- 61- 0MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

116.16196< – 90 93

dρ

nD

STSol. in Water

0.9232.8 1.41356.612.2

Data / Values @ 20 °C, 1013 hPa (unless otherwise noted):

MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa]

d = Density [ g / cm3 ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] nD = Refractive Index ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ]

20

OXEA products Other names /Short form

CAS No. Physical data

n-Heptanoic Acid (HP) n-C7 Acid 111-14 - 8MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

130.19223– 8117

dρ

nD

STSol. in Water

0.923.4 @ 30 °C1.422–2 to 5

2-Ethylhexanoic Acid 2-EH Acid 149 - 57- 5MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

144.21228 (226 – 229)– 57114

dρ

nD

STSol. in Water

0.907 4.81.425 –1.4

Pelargonic Acid (HP) (HALAL)

n-Nonanoic Acidn-C9 Acid

112- 05 - 0MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

158.2325313137

dρ

nD

STSol. in Water

0.9058.11.43331.7 (0.27 g / l) 0.3

Isononanoic Acid (M) iso-C9 Acid 3302 -10 -1MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

158.23230 – 240 – 77117 – 137

dρ

nD

STSol. in Water

0.90010 to 121.42935.3 (0.63 g / l) 0.7

4 Acids

n-HeptansäureCAS 111-14-8

2-Ethylhexansäure2-EthylcapronsäureCAS 149-57-5

Pelargonsäuren-NonansäureCAS 112-05-0

Isononansäure3,5,5-Trimethylhexansäure,etwa 90 %CAS 3302-10-1

O

OH

O

OH

O

OH

O

OH

n-HeptansäureCAS 111-14-8

2-Ethylhexansäure2-EthylcapronsäureCAS 149-57-5

Pelargonsäuren-NonansäureCAS 112-05-0

Isononansäure3,5,5-Trimethylhexansäure,etwa 90 %CAS 3302-10-1

O

OH

O

OH

O

OH

O

OH

n-HeptansäureCAS 111-14-8

2-Ethylhexansäure2-EthylcapronsäureCAS 149-57-5

Pelargonsäuren-NonansäureCAS 112-05-0

Isononansäure3,5,5-Trimethylhexansäure,etwa 90 %CAS 3302-10-1

O

OH

O

OH

O

OH

O

OH

n-HeptansäureCAS 111-14-8

2-Ethylhexansäure2-EthylcapronsäureCAS 149-57-5

Pelargonsäuren-NonansäureCAS 112-05-0

Isononansäure3,5,5-Trimethylhexansäure,etwa 90 %CAS 3302-10-1

O

OH

O

OH

O

OH

O

OH

21

OXEA products Other names /Short form

CAS No. Physical data

n-Heptanoic Acid (HP) n-C7 Acid 111-14 - 8MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

130.19223– 8117

dρ

nD

STSol. in Water

0.923.4 @ 30 °C1.422–2 to 5

2-Ethylhexanoic Acid 2-EH Acid 149 - 57- 5MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

144.21228 (226 – 229)– 57114

dρ

nD

STSol. in Water

0.907 4.81.425 –1.4

Pelargonic Acid (HP) (HALAL)

n-Nonanoic Acidn-C9 Acid

112- 05 - 0MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

158.2325313137

dρ

nD

STSol. in Water

0.9058.11.43331.7 (0.27 g / l) 0.3

Isononanoic Acid (M) iso-C9 Acid 3302 -10 -1MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]

158.23230 – 240 – 77117 – 137

dρ

nD

STSol. in Water

0.90010 to 121.42935.3 (0.63 g / l) 0.7

Data / Values @ 20 °C, 1013 hPa (unless otherwise noted):

MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa]

d = Density [ g / cm3 ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] nD = Refractive Index ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ]

22

Paint Driers

PVB Plasticizer

Antifreeze Detergents Additives

Carboxylates Chemical Intermediates

Animal Feed Flavor & Fragrances

Polymer i zation Catalysts

Cosmetic Ingredients

Synthetic Lubricants

Agro chemicals

Products CAS No.

Propionic Acid 79-09-4

n-Butyric Acid 107- 92- 6

Isobutyric Acid 79 - 31- 2

n-Valeric Acid 109 - 52- 4

2-Methylbutyric Acid

116 - 53 - 0

3-Methylbutyric Acid

503 -74- 2

Isopentanoic Acid

2-Methylpentanoic Acid

97- 61- 0

n-Heptanoic Acid 111-14 - 8

2-Ethylhexanoic Acid

149 - 57- 5

Pelargonic Acid 112 - 05 - 0

Isononanoic Acid 3302 -10 -1

4 Acids application areas

23

Paint Driers

PVB Plasticizer

Antifreeze Detergents Additives

Carboxylates Chemical Intermediates

Animal Feed Flavor & Fragrances

Polymer i zation Catalysts

Cosmetic Ingredients

Synthetic Lubricants

Agro chemicals

Products CAS No.

Propionic Acid 79-09-4

n-Butyric Acid 107- 92- 6

Isobutyric Acid 79 - 31- 2

n-Valeric Acid 109 - 52- 4

2-Methylbutyric Acid

116 - 53 - 0

3-Methylbutyric Acid

503 -74- 2

Isopentanoic Acid

2-Methylpentanoic Acid

97- 61- 0

n-Heptanoic Acid 111-14 - 8

2-Ethylhexanoic Acid

149 - 57- 5

Pelargonic Acid 112 - 05 - 0

Isononanoic Acid 3302 -10 -1

24

OXEA products Other names /Short form

CAS No. Product Form Physical data

TCD Alcohol DM 3(4),8(9)-Bis-(hydroxymethyl)- tricyclo-[5.2.1.02,6] decaneTCD-Diol

26160 - 83 - 826896 - 48 - 0

Liquid MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

196.2833418191< 1

drVd

ρnD

1.136 – 52.600 @ 40 °C 1.52

STSol. in Water

58.9 (1 g / l) 11

1,3-Butylene Glycol Cosmetic Quality

1,3-Butanediol1,3-BG

107-88-0 LiquidMM

Bp @ 1013 hPa [°C] Mp

Flp [°C]Vp

90.12209– 57115< 1

drVd

ρnD

1.0035 3.2 131.8 1.44

STSol. in Water

72.6 (1 g / l) completely soluble

1,3-Butylene Glycol Industrial Quality

1,3-Butanediol1,3-BG

107- 88 - 0 LiquidMM

Bp @ 1013 hPa [°C] Mp

Flp [°C]Vp

90.12209– 57115< 1

drVd

ρnD

1.0035 3.2 131.8 1.44

STSol. in Water

72.6 (1 g / l) completely soluble

Trimethylolpropane 1,1,1-Tris-(hydroxymethyl)-propaneTMP

77- 99 - 6 Molten,Flakes

MMBp @ 1013 hPa [°C]

MpFlp [°C]

Vp

134.1730458149 – 180< 0.001

drVd

ρnD

1.084 – 1.09 4.63––

STSol. in Water

–100 – 1000

Neopentylglycol 2,2-Dimethylpropane- 1,3-diolNPG

126 - 30 -7 Molten, Flakes,90 % Aqueous Solution

MMBp @ 1013 hPa [°C]

MpFlp [°C]

Vp

104.15209127 – 130107 0.00024

drVd

ρnD

1.07 – 6.43–

STSol. in Water

–830

5 Polyols

25

OXEA products Other names /Short form

CAS No. Product Form Physical data

TCD Alcohol DM 3(4),8(9)-Bis-(hydroxymethyl)- tricyclo-[5.2.1.02,6] decaneTCD-Diol

26160 - 83 - 826896 - 48 - 0

Liquid MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

196.2833418191< 1

drVd

ρnD

1.136 – 52.600 @ 40 °C 1.52

STSol. in Water

58.9 (1 g / l) 11

1,3-Butylene Glycol Cosmetic Quality

1,3-Butanediol1,3-BG

107-88-0 LiquidMM

Bp @ 1013 hPa [°C] Mp

Flp [°C]Vp

90.12209– 57115< 1

drVd

ρnD

1.0035 3.2 131.8 1.44

STSol. in Water

72.6 (1 g / l) completely soluble

1,3-Butylene Glycol Industrial Quality

1,3-Butanediol1,3-BG

107- 88 - 0 LiquidMM

Bp @ 1013 hPa [°C] Mp

Flp [°C]Vp

90.12209– 57115< 1

drVd

ρnD

1.0035 3.2 131.8 1.44

STSol. in Water

72.6 (1 g / l) completely soluble

Trimethylolpropane 1,1,1-Tris-(hydroxymethyl)-propaneTMP

77- 99 - 6 Molten,Flakes

MMBp @ 1013 hPa [°C]

MpFlp [°C]

Vp

134.1730458149 – 180< 0.001

drVd

ρnD

1.084 – 1.09 4.63––

STSol. in Water

–100 – 1000

Neopentylglycol 2,2-Dimethylpropane- 1,3-diolNPG

126 - 30 -7 Molten, Flakes,90 % Aqueous Solution

MMBp @ 1013 hPa [°C]

MpFlp [°C]

Vp

104.15209127 – 130107 0.00024

drVd

ρnD

1.07 – 6.43–

STSol. in Water

–830

1,3-Butylenglycol1,3-ButandiolCAS 107-88-0

Neopentylglycol2,2-Dimethylpropan -1,3-diolCAS 126-30-7Gelieferte Formen: Schmelze Schuppen 90 % wässerige Lösung

Trimethylolpropan1,1,1-Tris-(hydroxymethyl)-propanCAS 77-99-6

TCD-Alkohol DM3(4),8(9)-Bis-(hydroxymethyl)-tricyclo-[5.2.1.02,6]decanCAS 26896-48-0CAS 26160-83-8

HOOH

HO OH

HOOH

HO OH

OH

1,3-Butylenglycol1,3-ButandiolCAS 107-88-0

Neopentylglycol2,2-Dimethylpropan -1,3-diolCAS 126-30-7Gelieferte Formen: Schmelze Schuppen 90 % wässerige Lösung

Trimethylolpropan1,1,1-Tris-(hydroxymethyl)-propanCAS 77-99-6

TCD-Alkohol DM3(4),8(9)-Bis-(hydroxymethyl)-tricyclo-[5.2.1.02,6]decanCAS 26896-48-0CAS 26160-83-8

HOOH

HO OH

HOOH

HO OH

OH

1,3-Butylenglycol1,3-ButandiolCAS 107-88-0

Neopentylglycol2,2-Dimethylpropan -1,3-diolCAS 126-30-7Gelieferte Formen: Schmelze Schuppen 90 % wässerige Lösung

Trimethylolpropan1,1,1-Tris-(hydroxymethyl)-propanCAS 77-99-6

TCD-Alkohol DM3(4),8(9)-Bis-(hydroxymethyl)-tricyclo-[5.2.1.02,6]decanCAS 26896-48-0CAS 26160-83-8

HOOH

HO OH

HOOH

HO OH

OH

1,3-Butylenglycol1,3-ButandiolCAS 107-88-0

Neopentylglycol2,2-Dimethylpropan -1,3-diolCAS 126-30-7Gelieferte Formen: Schmelze Schuppen 90 % wässerige Lösung

Trimethylolpropan1,1,1-Tris-(hydroxymethyl)-propanCAS 77-99-6

TCD-Alkohol DM3(4),8(9)-Bis-(hydroxymethyl)-tricyclo-[5.2.1.02,6]decanCAS 26896-48-0CAS 26160-83-8

HOOH

HO OH

HOOH

HO OH

OH

1,3-Butylenglycol1,3-ButandiolCAS 107-88-0

Neopentylglycol2,2-Dimethylpropan -1,3-diolCAS 126-30-7Gelieferte Formen: Schmelze Schuppen 90 % wässerige Lösung

Trimethylolpropan1,1,1-Tris-(hydroxymethyl)-propanCAS 77-99-6

TCD-Alkohol DM3(4),8(9)-Bis-(hydroxymethyl)-tricyclo-[5.2.1.02,6]decanCAS 26896-48-0CAS 26160-83-8

HOOH

HO OH

HOOH

HO OH

OH

Data / Values @ 20 °C, 1013 hPa (unless otherwise noted):

MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa]

d = Density [ g / cm3 ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] nD = Refractive Index ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ]

26

Plasticizers

(Coating) Resins

Plastics

Lubricants

Cosmetics

Flavours & Fragrances

Products CAS No. Function

TCD Alcohol DM 26160 - 83 - 826896 - 48 - 0

Polymer Component / Intermediate, Carrier Molecule

1,3-Butylene Glycol Cosmetic Quality

107- 88 - 0 Humectant / Emollient

1,3-Butylene Glycol Industrial Quality

107-88-0 Polymer Component / Intermediate

Trimethylolpropane 77- 99 - 6 Polymer Component / Intermediate

Neopentylglycol 126 - 30 -7 Polymer Component / Intermediate

5 Polyols application areas

All information on application areas is derived from our experience and customer feedback. Please note that each use of a specific product, the regulatory framework

and IP situation still has to be verified by the customer in each individual case.

27

Plasticizers

(Coating) Resins

Plastics

Lubricants

Cosmetics

Flavours & Fragrances

Products CAS No. Function

TCD Alcohol DM 26160 - 83 - 826896 - 48 - 0

Polymer Component / Intermediate, Carrier Molecule

1,3-Butylene Glycol Cosmetic Quality

107- 88 - 0 Humectant / Emollient

1,3-Butylene Glycol Industrial Quality

107-88-0 Polymer Component / Intermediate

Trimethylolpropane 77- 99 - 6 Polymer Component / Intermediate

Neopentylglycol 126 - 30 -7 Polymer Component / Intermediate

28

OXEA products Other names /Short form

CAS No. Physical data

7.1 Monoalkylamines

n-Propylamine 1-Aminopropane 107-10 - 8 MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

59.147.5 < – 60 < – 20 –

dρ

Sol. in Water

0.7160.4miscible

Isopropylamine 2-Aminopropane 75 - 31 - 0MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

59.1132< – 90< – 25631

dρ

Sol. in WaternD

STrVd

0.68710.47–1.37368.52.04

n-Butylamine 1-Aminobutane 109 -73 - 9MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

73.1477– 47– 7.5102

dρ

Sol. in WaternD

STrVd

0.7360.51completely soluble1.40169.52.5

6 Amines

n-Propylamin1-AminopropanCAS 107-10-8

IsopropylaminIsopropylamin, 70 % in Wasser2-AminopropanCAS 75-31-0

n-Butylamin1-AminobutanCAS 109-73-9

Isobutylamin2-MethylpropylaminCAS 78-81-9

sec-Butylamin2-AminobutanCAS 13952-84-6

3-MethylbutylaminIsopentylamin1-Amino-3-methylbutanCAS 107-85-7

n-Octylamin1-AminooctanCAS 111-86-4

NH2

NH2

NH2

NH2

NH2

NH2

NH2

n-Propylamin1-AminopropanCAS 107-10-8

IsopropylaminIsopropylamin, 70 % in Wasser2-AminopropanCAS 75-31-0

n-Butylamin1-AminobutanCAS 109-73-9

Isobutylamin2-MethylpropylaminCAS 78-81-9

sec-Butylamin2-AminobutanCAS 13952-84-6

3-MethylbutylaminIsopentylamin1-Amino-3-methylbutanCAS 107-85-7

n-Octylamin1-AminooctanCAS 111-86-4

NH2

NH2

NH2

NH2

NH2

NH2

NH2

n-Propylamin1-AminopropanCAS 107-10-8

IsopropylaminIsopropylamin, 70 % in Wasser2-AminopropanCAS 75-31-0

n-Butylamin1-AminobutanCAS 109-73-9

Isobutylamin2-MethylpropylaminCAS 78-81-9

sec-Butylamin2-AminobutanCAS 13952-84-6

3-MethylbutylaminIsopentylamin1-Amino-3-methylbutanCAS 107-85-7

n-Octylamin1-AminooctanCAS 111-86-4

NH2

NH2

NH2

NH2

NH2

NH2

NH2

29

OXEA products Other names /Short form

CAS No. Physical data

7.1 Monoalkylamines

n-Propylamine 1-Aminopropane 107-10 - 8 MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

59.147.5 < – 60 < – 20 –

dρ

Sol. in Water

0.7160.4miscible

Isopropylamine 2-Aminopropane 75 - 31 - 0MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

59.1132< – 90< – 25631

dρ

Sol. in WaternD

STrVd

0.68710.47–1.37368.52.04

n-Butylamine 1-Aminobutane 109 -73 - 9MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

73.1477– 47– 7.5102

dρ

Sol. in WaternD

STrVd

0.7360.51completely soluble1.40169.52.5

Data / Values @ 20 °C, 1013 hPa (unless otherwise noted): MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ]

Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa] d = Density [ g / cm3 ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] nD = Refractive Index

ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ]

30

OXEA products Other names /Short form

CAS No. Physical data

7.1 Monoalkylamines

3-Methylbutylamine 1-Amino-3-methylbutaneIsopentylamine

107- 85 -7MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

87.1697.5– 83448

dρ

Sol. in WaternD

STrVd

0.7470.62miscible1.40863.43.0

n-Octylamine 1-Aminooctane 111- 86 - 4MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

129.251782580.81

dρ

Sol. in WaternD

STrVd

0.78081.3710.321.42944.2 4.46

2-Ethylhexylamine 3-Aminomethyl Heptane 104 -75 - 6MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

129.24169.8< – 7045 – 551.6

dρ

Sol.in WaterrVd

0.7881.122.54.46

6 Amines

n-Propylamin1-AminopropanCAS 107-10-8

IsopropylaminIsopropylamin, 70 % in Wasser2-AminopropanCAS 75-31-0

n-Butylamin1-AminobutanCAS 109-73-9

Isobutylamin2-MethylpropylaminCAS 78-81-9

sec-Butylamin2-AminobutanCAS 13952-84-6

3-MethylbutylaminIsopentylamin1-Amino-3-methylbutanCAS 107-85-7

n-Octylamin1-AminooctanCAS 111-86-4

NH2

NH2

NH2

NH2

NH2

NH2

NH2

n-Propylamin1-AminopropanCAS 107-10-8

IsopropylaminIsopropylamin, 70 % in Wasser2-AminopropanCAS 75-31-0

n-Butylamin1-AminobutanCAS 109-73-9

Isobutylamin2-MethylpropylaminCAS 78-81-9

sec-Butylamin2-AminobutanCAS 13952-84-6

3-MethylbutylaminIsopentylamin1-Amino-3-methylbutanCAS 107-85-7

n-Octylamin1-AminooctanCAS 111-86-4

NH2

NH2

NH2

NH2

NH2

NH2

NH2

NH2

NH2

NH

NH

NH

NH

NH

NH

31

OXEA products Other names /Short form

CAS No. Physical data

7.1 Monoalkylamines

3-Methylbutylamine 1-Amino-3-methylbutaneIsopentylamine

107- 85 -7MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

87.1697.5– 83448

dρ

Sol. in WaternD

STrVd

0.7470.62miscible1.40863.43.0

n-Octylamine 1-Aminooctane 111- 86 - 4MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

129.251782580.81

dρ

Sol. in WaternD

STrVd

0.78081.3710.321.42944.2 4.46

2-Ethylhexylamine 3-Aminomethyl Heptane 104 -75 - 6MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

129.24169.8< – 7045 – 551.6

dρ

Sol.in WaterrVd

0.7881.122.54.46

Data / Values @ 20 °C, 1013 hPa (unless otherwise noted): MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ]

Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa] d = Density [ g / cm3 ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] nD = Refractive Index

ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ]

32

OXEA products Other names /Short form

CAS No. Physical data

7.2 Dialkylamines

Di-n-propylamine Dipropylamine 142 - 84 -7 MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

101.19109.3– 40740

dρ

Sol. in WaterrVd

0.740.517 @ 25 °C46.4 g / l (ang 4.64 %) 3.5

Di-n-butylamine Dibutylamine 111- 92- 2MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

129.24160– 6040.52.2

dρ

Sol. in WaternD

STrVd

0.7590.853.81.41750.64.5

Di-isoamylamine Di-(3-methylbutyl)amine 544 - 00 - 3MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp [hPa] @ 25 °C

157.3187 – 188– 44580.87

dρ

Sol. in Water

0.767 –0.588 g / l @ 25 °C

Di-2-ethylhexylamine Di-(2-ethylhexyl)amine 106 - 20 -7MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

241.5 281 < – 70 130 0.013

dρ

Sol. in WaterST

0.8033.71448

6 Amines

NH2

NH2

NH

NH

NH

NH

NH

NH

NH2

NH2

NH

NH

NH

NH

NH

NH

NH

NH

NH

Di-(2-ethylhexyl)aminCAS 106-20-7

Di-isononylaminGemisch von IsomerenDi-(3,5,5-trimethylhexyl)aminCAS 28454-70-8

6.3 Trialkylamine

N,N-Dimethyl-n-butylaminCAS 927-62-8

Tri-n-propylaminTripropylaminCAS 102-69-2

Tri-n-butylaminTributylaminCAS 102-82-9

6.4 Diamine

3-Dimethylaminopropylamin (DMAPA)N,N-Dimethyl-1,3-diaminopropanCAS 109-55-7

TCD-Diamin3(4),8(9)-Bis-(aminomethyl)-tricyclo-[5.2.1.0 2,6]decanCAS 68889-71-4

NH

NH

N

N

N

NH 2N

H 2NNH 2

33

OXEA products Other names /Short form

CAS No. Physical data

7.2 Dialkylamines

Di-n-propylamine Dipropylamine 142 - 84 -7 MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

101.19109.3– 40740

dρ

Sol. in WaterrVd

0.740.517 @ 25 °C46.4 g / l (ang 4.64 %) 3.5

Di-n-butylamine Dibutylamine 111- 92- 2MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

129.24160– 6040.52.2

dρ

Sol. in WaternD

STrVd

0.7590.853.81.41750.64.5

Di-isoamylamine Di-(3-methylbutyl)amine 544 - 00 - 3MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp [hPa] @ 25 °C

157.3187 – 188– 44580.87

dρ

Sol. in Water

0.767 –0.588 g / l @ 25 °C

Di-2-ethylhexylamine Di-(2-ethylhexyl)amine 106 - 20 -7MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

241.5 281 < – 70 130 0.013

dρ

Sol. in WaterST

0.8033.71448

Data / Values @ 20 °C, 1013 hPa (unless otherwise noted):

MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa]

d = Density [ g / cm3 ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] nD = Refractive Index ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ]

34

OXEA products Other names/Short form

CAS No. Physical data

7.3 Trialkylamines

Tri-n-propylamine Tripropylamine 102- 69 - 2MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

143.27156.4< – 903317

dρ

Sol. in WaternD

STrVd

0.75570.70.4441.41761.6 4.93

Tri-n-butylamine Tributylamine 102 - 82 - 9MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

185.35208< – 90750.18

dρ

Sol. in WaternD

STrVd

0.7771.3930.081.42955 6.4

6 Amines

Di-(2-ethylhexyl)aminCAS 106-20-7

Di-isononylaminGemisch von IsomerenDi-(3,5,5-trimethylhexyl)aminCAS 28454-70-8

6.3 Trialkylamine

N,N-Dimethyl-n-butylaminCAS 927-62-8

Tri-n-propylaminTripropylaminCAS 102-69-2

Tri-n-butylaminTributylaminCAS 102-82-9

6.4 Diamine

3-Dimethylaminopropylamin (DMAPA)N,N-Dimethyl-1,3-diaminopropanCAS 109-55-7

TCD-Diamin3(4),8(9)-Bis-(aminomethyl)-tricyclo-[5.2.1.0 2,6]decanCAS 68889-71-4

NH

NH

N

N

N

NH 2N

H 2NNH 2

Di-(2-ethylhexyl)aminCAS 106-20-7

Di-isononylaminGemisch von IsomerenDi-(3,5,5-trimethylhexyl)aminCAS 28454-70-8

6.3 Trialkylamine

N,N-Dimethyl-n-butylaminCAS 927-62-8

Tri-n-propylaminTripropylaminCAS 102-69-2

Tri-n-butylaminTributylaminCAS 102-82-9

6.4 Diamine

3-Dimethylaminopropylamin (DMAPA)N,N-Dimethyl-1,3-diaminopropanCAS 109-55-7

TCD-Diamin3(4),8(9)-Bis-(aminomethyl)-tricyclo-[5.2.1.0 2,6]decanCAS 68889-71-4

NH

NH

N

N

N

NH 2N

H 2NNH 2

35

OXEA products Other names/Short form

CAS No. Physical data

7.3 Trialkylamines

Tri-n-propylamine Tripropylamine 102- 69 - 2MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

143.27156.4< – 903317

dρ

Sol. in WaternD

STrVd

0.75570.70.4441.41761.6 4.93

Tri-n-butylamine Tributylamine 102 - 82 - 9MM

Bp @ 1013 hPa [°C]Mp

Flp [°C]Vp

185.35208< – 90750.18

dρ

Sol. in WaternD

STrVd

0.7771.3930.081.42955 6.4

Data / Values @ 20 °C, 1013 hPa (unless otherwise noted):

MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa]

d = Density [ g / cm3 ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] nD = Refractive Index ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ]

36

6 Amines application areas

Ad

hesi

ves

&

Sea

lant

s

Agr

oche

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als

Bio

cid

es

Cat

alys

t /

Pro

cess

Aid

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Inte

rmed

iate

s

Cor

rosi

on

Inhi

bito

rs

Dye

s &

Pig

men

ts

Ep

oxy

Har

den

ers

Met

al W

orki

ng

Flui

ds

Ant

i Rus

t A

gent

Fine

Che

mic

als

Flav

ors

&

Frag

ranc

es

Lub

rican

t

Ad

diti

ves

Min

ing

Che

mic

als

Oil

Fiel

d

Che

mic

als

Pha

rma

Pla

stic

izer

s

Pla

stic

s

Res

ins

Rub

ber

Ad

diti

ves

Sur

fact

ants

Wat

er T

reat

men

t C

hem

ical

s

Products CAS No.

n-Propylamine 107 - 10 - 8

Isopropylamine 75 - 31- 0

n-Butylamine 109 - 73 - 9

3-Methylbutylamine 107- 85 -7

n-Octylamine 111- 86 - 4

2-Ethylhexylamine 104 -75 - 6

Di-n-propylamine 142 - 84 -7

Di-n-butylamine 111- 92 - 2

Di-isoamylamine 544 - 00 - 3

Di-2-ethylhexylamine 106 - 20 -7

Tri-n-propylamine 102 - 69 - 2

Tri-n-butylamine 102 - 82 - 9

All information on application areas is derived from our experience and customer feedback. Please note that each use of a specific product, the regulatory framework

and IP situation still has to be verified by the customer in each individual case.

37

Ad

hesi

ves

&

Sea

lant

s

Agr

oche

mic

als

Bio

cid

es

Cat

alys

t /

Pro

cess

Aid

Che

mic

al

Inte

rmed

iate

s

Cor

rosi

on

Inhi

bito

rs

Dye

s &

Pig

men

ts

Ep

oxy

Har

den

ers

Met

al W

orki

ng

Flui

ds

Ant

i Rus

t A

gent

Fine

Che

mic

als

Flav

ors

&

Frag

ranc

es

Lub

rican

t

Ad

diti

ves

Min

ing

Che

mic

als

Oil

Fiel

d

Che

mic

als

Pha

rma

Pla

stic

izer

s

Pla

stic

s

Res

ins

Rub

ber

Ad

diti

ves

Sur

fact

ants

Wat

er T

reat

men

t C

hem

ical

s

Products CAS No.

n-Propylamine 107 - 10 - 8

Isopropylamine 75 - 31- 0

n-Butylamine 109 - 73 - 9

3-Methylbutylamine 107- 85 -7

n-Octylamine 111- 86 - 4

2-Ethylhexylamine 104 -75 - 6

Di-n-propylamine 142 - 84 -7

Di-n-butylamine 111- 92 - 2

Di-isoamylamine 544 - 00 - 3

Di-2-ethylhexylamine 106 - 20 -7

Tri-n-propylamine 102 - 69 - 2

Tri-n-butylamine 102 - 82 - 9

38

Physical data

OXEA products CAS No. Test results for use as Plasticizers in PVC

OXBLUE DOSX 2915-57-3

MMd

Flp [°C] COC

342.50.933>160

ρ 20 °C [mm² / s]

40 °C [mm² / s] 100 °C [mm² / s]

Viscosity

13.46.82.012.4

Color Volatiles [wt %]

Bp

Mp

≤ 20 2.25298

-73

Shore A Hardness ASTM D1706, 50 phr

100 % Modulus [mPa] ASTM D638, 50phr

Low temperature flexibility [°C]

ASTM D1043, 50phr Elevated temp

volatility [wt %] 100 °C. 7 days, loss, 50phr

75

18

–47

19.2

Relative extrac-tion resistance

ASTM D1239, 50phr

soapy water extraction [wt %]

oil extraction [wt %]

hexane extraction [wt %]

0.6

5

13

Fogging number 3 hours, 100 °C, 67phr

VOC data (Boiling point) [°C]

32

298

7 Specialty Esters

O

O

OO

39

Physical data

OXEA products CAS No. Test results for use as Plasticizers in PVC

OXBLUE DOSX 2915-57-3

MMd

Flp [°C] COC

342.50.933>160

ρ 20 °C [mm² / s]

40 °C [mm² / s] 100 °C [mm² / s]

Viscosity

13.46.82.012.4

Color Volatiles [wt %]

Bp

Mp

≤ 20 2.25298

-73

Shore A Hardness ASTM D1706, 50 phr

100 % Modulus [mPa] ASTM D638, 50phr

Low temperature flexibility [°C]

ASTM D1043, 50phr Elevated temp

volatility [wt %] 100 °C. 7 days, loss, 50phr

75

18

–47

19.2

Relative extrac-tion resistance

ASTM D1239, 50phr

soapy water extraction [wt %]

oil extraction [wt %]

hexane extraction [wt %]

0.6

5

13

Fogging number 3 hours, 100 °C, 67phr

VOC data (Boiling point) [°C]

32

298

Data / Values @ 20 °C, 1013 hPa (unless otherwise noted):

MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa]

d = Density [ g / cm3 ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] nD = Refractive Index ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ]

40

Physical data

OXEA products CAS No. Test results for use as Plasticizers in PVC

OXSOFT DOA 103-23-1 MM

dFlp [°C] COC

370.570.925196

ρ 20 °C [mm² / s]

40 °C [mm² / s] 100 °C [mm² / s]

VpViscosity

rVd

15.17.82.3< 0.0113.712.8

nD

Color Volatiles [wt %]

1.447≤ 25 2.41

Shore A Hardness ASTM D1706, 50 phr

100 % Modulus [mPa] ASTM D638, 50phr

Low temperature flexibility [°C]

ASTM D1043, 50phr Elevated temp volatility [wt %]

100 °C. 7 days, loss, 50phr

76

7.2

– 52

26.5

Relative extrac-tion resistance

ASTM D1239, 50phr

soapy water extraction [wt %]

oil extraction [wt %]

hexane extraction [wt %]

0.9

18

29

Fogging number 3 hours, 100 °C, 67phr

VOC data (Boiling point) [°C]

76

417

OXSOFT 3G8 94-28-0MM

dFlp [°C] COC

403 0.97 196

ρ 20 °C [mm² / s]

40 °C [mm² / s] 100 °C [mm² / s]

16.3  8.8  2.4

nD

Color Volatiles [wt %]

ViscosityST

Sol. in Water

1.444 ≤ 30  0.53 16.445.81.53

Shore A Hardness ASTM D1706, 50 phr

100 % Modulus [mPa] ASTM D638, 50phr

Low temperature flexibility [°C]

ASTM D1043, 50phr Elevated temp volatility [wt %]

100 °C. 7 days, loss, 50phr

81

16.2

– 58.5

6.5

Relative extrac-tion resistance

ASTM D1239, 50phr

soapy water extraction [wt %]

oil extraction [wt %]

hexane extraction [wt %]

3 

11

20

Fogging number 3 hours, 100 °C, 67phr

VOC data (Boiling point) [°C]

 34

340

OXSOFT GPO 6422-86-2

MMd

Flp [°C] COC

3910.983383

ρ20 °C [mm² / s]

40 °C[mm² / s] 100 °C [mm² / s]

64.1n. a.5

nD

Color Volatiles [wt %]

BpMprVd

1.487≤ 20  n. a.383– 4813.5

Shore A Hardness ASTM D1706, 50 phr

100 % Modulus [mPa] ASTM D638, 50phr

Low temperature flexibility [°C]

ASTM D1043, 50phr Elevated temp volatility [wt %]

100 °C. 7 days, loss, 50phr

81

11

– 26

n. a.

Relative extrac-tion resistance

ASTM D1239, 50phr

soapy water extraction [wt %]

oil extraction [wt %]

hexane extraction [wt %]

0.4

10

26

Fogging number 3 hours, 100 °C, 67phr

VOC data (Boiling point) [°C]

n. a.

400

OXSOFT DUO 1MM

dFlp [°C] COC

n. a. 0.98 > 199

ρ 20 °C [mm² / s]

40 °C [mm² / s] 100 °C [mm² / s]

50 n. a. n. a.

nD

Color Volatiles [wt %]

Viscosity

1.47 ≤ 30  0.250

Shore A Hardness ASTM D1706, 50 phr

100 % Modulus [mPa] ASTM D638, 50phr

Low temperature flexibility [°C]

ASTM D1043, 50phr Elevated temp volatility [wt %]

100 °C. 7 days, loss, 50phr

83

19

– 37

4.4

Relative extrac-tion resistance

ASTM D1239, 50phr

soapy water extraction [wt %]

oil extraction [wt %]

hexane extraction [wt %]

1.2

3

17

Fogging number 3 hours, 100 °C, 67phr

VOC data (Boiling point) [°C]

70

n.a.

OXSOFT DUO 2MM

dFlp [°C] COC

n. a. 0.99 > 199

ρ 20 °C [mm² / s]

40 °C [mm² / s] 100 °C [mm² / s]

150 n. a. n. a.

nD

Color Volatiles [wt %]

1.48 ≤ 30  0.23

Shore A Hardness ASTM D1706, 50 phr

100 % Modulus [mPa] ASTM D638, 50phr

Low temperature flexibility [°C]

ASTM D1043, 50phr Elevated temp volatility [wt %]

100 °C. 7 days, loss, 50phr

84

19

– 24

1.9

Relative extrac-tion resistance

ASTM D1239, 50phr

soapy water extraction [wt %]

oil extraction [wt %]

hexane extraction [wt %]

0.4

1.2

15

Fogging number 3 hours, 100 °C, 67phr

VOC data (Boiling point) [°C]

84

n.a.

7 Specialty Esters

O

O

OO O

O

O

O

OO O

O

O

O

OO

O O

O

O O

O

O

O

OO O

O

O

O

OO O

O

O

O

OO

O O

O

O O

O

O

O

O

O

41

Physical data

OXEA products CAS No. Test results for use as Plasticizers in PVC

OXSOFT DOA 103-23-1 MM

dFlp [°C] COC

370.570.925196

ρ 20 °C [mm² / s]

40 °C [mm² / s] 100 °C [mm² / s]

VpViscosity

rVd

15.17.82.3< 0.0113.712.8

nD

Color Volatiles [wt %]

1.447≤ 25 2.41

Shore A Hardness ASTM D1706, 50 phr

100 % Modulus [mPa] ASTM D638, 50phr

Low temperature flexibility [°C]

ASTM D1043, 50phr Elevated temp volatility [wt %]

100 °C. 7 days, loss, 50phr

76

7.2

– 52

26.5

Relative extrac-tion resistance

ASTM D1239, 50phr

soapy water extraction [wt %]

oil extraction [wt %]

hexane extraction [wt %]

0.9

18

29

Fogging number 3 hours, 100 °C, 67phr

VOC data (Boiling point) [°C]

76

417

OXSOFT 3G8 94-28-0MM

dFlp [°C] COC

403 0.97 196

ρ 20 °C [mm² / s]

40 °C [mm² / s] 100 °C [mm² / s]

16.3  8.8  2.4

nD

Color Volatiles [wt %]

ViscosityST

Sol. in Water

1.444 ≤ 30  0.53 16.445.81.53

Shore A Hardness ASTM D1706, 50 phr

100 % Modulus [mPa] ASTM D638, 50phr

Low temperature flexibility [°C]

ASTM D1043, 50phr Elevated temp volatility [wt %]

100 °C. 7 days, loss, 50phr

81

16.2

– 58.5

6.5

Relative extrac-tion resistance

ASTM D1239, 50phr

soapy water extraction [wt %]

oil extraction [wt %]

hexane extraction [wt %]

3 

11

20

Fogging number 3 hours, 100 °C, 67phr

VOC data (Boiling point) [°C]

 34

340

OXSOFT GPO 6422-86-2

MMd

Flp [°C] COC

3910.983383

ρ20 °C [mm² / s]

40 °C[mm² / s] 100 °C [mm² / s]

64.1n. a.5

nD

Color Volatiles [wt %]

BpMprVd

1.487≤ 20  n. a.383– 4813.5

Shore A Hardness ASTM D1706, 50 phr

100 % Modulus [mPa] ASTM D638, 50phr

Low temperature flexibility [°C]

ASTM D1043, 50phr Elevated temp volatility [wt %]

100 °C. 7 days, loss, 50phr

81

11

– 26

n. a.

Relative extrac-tion resistance

ASTM D1239, 50phr

soapy water extraction [wt %]

oil extraction [wt %]

hexane extraction [wt %]

0.4

10

26

Fogging number 3 hours, 100 °C, 67phr

VOC data (Boiling point) [°C]

n. a.

400

OXSOFT DUO 1MM

dFlp [°C] COC

n. a. 0.98 > 199

ρ 20 °C [mm² / s]

40 °C [mm² / s] 100 °C [mm² / s]

50 n. a. n. a.

nD

Color Volatiles [wt %]

Viscosity

1.47 ≤ 30  0.250

Shore A Hardness ASTM D1706, 50 phr

100 % Modulus [mPa] ASTM D638, 50phr

Low temperature flexibility [°C]

ASTM D1043, 50phr Elevated temp volatility [wt %]

100 °C. 7 days, loss, 50phr

83

19

– 37

4.4

Relative extrac-tion resistance

ASTM D1239, 50phr

soapy water extraction [wt %]

oil extraction [wt %]

hexane extraction [wt %]

1.2

3

17

Fogging number 3 hours, 100 °C, 67phr

VOC data (Boiling point) [°C]

70

n.a.

OXSOFT DUO 2MM

dFlp [°C] COC

n. a. 0.99 > 199

ρ 20 °C [mm² / s]

40 °C [mm² / s] 100 °C [mm² / s]

150 n. a. n. a.

nD

Color Volatiles [wt %]

1.48 ≤ 30  0.23

Shore A Hardness ASTM D1706, 50 phr

100 % Modulus [mPa] ASTM D638, 50phr

Low temperature flexibility [°C]

ASTM D1043, 50phr Elevated temp volatility [wt %]

100 °C. 7 days, loss, 50phr

84

19

– 24

1.9

Relative extrac-tion resistance

ASTM D1239, 50phr

soapy water extraction [wt %]

oil extraction [wt %]

hexane extraction [wt %]

0.4

1.2

15

Fogging number 3 hours, 100 °C, 67phr

VOC data (Boiling point) [°C]

84

n.a.

Data / Values @ 20 °C, 1013 hPa (unless otherwise noted):

MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa]

d = Density [ g / cm3 ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] nD = Refractive Index ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ]

42

Physical data

OXEA products CAS No.

Test results for use as Plasticizers in PVC

OXSOFT TOTM (St)

3319-31-1

MMd

Flp [°C] COC ρ

20 °C [mm² / s] 40 °C [mm² / s]

100 °C [mm² / s]

547 0.9885 224 °C

335 90 9.6

nD

Color Volatiles [wt %]

BpMp

1.485≤ 30 0.14655– 43

Shore A Hardness ASTM D1706, 50 phr

100 % Modulus [mPa] ASTM D638, 50phr

Low temperature flexibility [°C]

ASTM D1043, 50phr Elevated temp volatility [wt %]

100 °C. 7 days, loss, 50phr

88

12.8

– 20

1.1

Relative extrac-tion resistance

ASTM D1239, 50phr

soapy water extraction [wt %]

oil extraction [wt %]

hexane extraction [wt %]

0.1

10

26

Fogging number 3 hours, 100 °C, 67phr

VOC data (Boiling point) [°C]

97

355

OXSOFT L9TM 35415-27-1

MMd

Flp [°C] COC ρ

20 °C [mm² / s]

589 0.972 190 – 210 °C

137

nD

Color Volatiles [wt %]

BpMprVd

Sol. in WaterVp

1.483</= 70 not availablenot availablenot availablenot availablenot available< 0.1

OXFILM 351MM

dFlp [°C] COC

ρ20 °C [mm² / s]40 °C [mm² / s]

100 °C [mm² / s]

4030.966196

16.3 8.8 2.4

nD

ColorVolatiles [wt %]

BpMpSTVp

1.444≤ 30  0.53340 – 351– 7045.8< 0.001

OXLUBE L9-TMP 126-57-8

MMd

Flp [°C] COCρ

20 °C [mm² / s]40 °C [mm² / s]

100 °C [mm² / s]

5550.9401224

46.9214.6

ColorNoack volatility,

weight loss [wt %]BpMp

Oxidation stability,

RPVOT [minutes]Biodegradeability

OECD 301B [%]

≤ 100 

1.73532– 45

79

95

7 Specialty Esters

Data / Values @ 20 °C, 1013 hPa (unless otherwise noted):

MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa]

d = Density [ g / cm3 ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] nD = Refractive Index ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ]

O

O

O

O

O

O

O

O

O

O

O

O

43

Physical data

OXEA products CAS No.

Test results for use as Plasticizers in PVC

OXSOFT TOTM (St)

3319-31-1

MMd

Flp [°C] COC ρ

20 °C [mm² / s] 40 °C [mm² / s]

100 °C [mm² / s]

547 0.9885 224 °C

335 90 9.6

nD

Color Volatiles [wt %]

BpMp

1.485≤ 30 0.14655– 43

Shore A Hardness ASTM D1706, 50 phr

100 % Modulus [mPa] ASTM D638, 50phr

Low temperature flexibility [°C]

ASTM D1043, 50phr Elevated temp volatility [wt %]

100 °C. 7 days, loss, 50phr

88

12.8

– 20

1.1

Relative extrac-tion resistance

ASTM D1239, 50phr

soapy water extraction [wt %]

oil extraction [wt %]

hexane extraction [wt %]

0.1

10

26

Fogging number 3 hours, 100 °C, 67phr

VOC data (Boiling point) [°C]

97

355

OXSOFT L9TM 35415-27-1

MMd

Flp [°C] COC ρ

20 °C [mm² / s]

589 0.972 190 – 210 °C

137

nD

Color Volatiles [wt %]

BpMprVd

Sol. in WaterVp

1.483</= 70 not availablenot availablenot availablenot availablenot available< 0.1

OXFILM 351MM

dFlp [°C] COC

ρ20 °C [mm² / s]40 °C [mm² / s]

100 °C [mm² / s]

4030.966196

16.3 8.8 2.4

nD

ColorVolatiles [wt %]

BpMpSTVp

1.444≤ 30  0.53340 – 351– 7045.8< 0.001

OXLUBE L9-TMP 126-57-8

MMd

Flp [°C] COCρ

20 °C [mm² / s]40 °C [mm² / s]

100 °C [mm² / s]

5550.9401224

46.9214.6

ColorNoack volatility,

weight loss [wt %]BpMp

Oxidation stability,

RPVOT [minutes]Biodegradeability

OECD 301B [%]

≤ 100 

1.73532– 45

79

95

For more information about OXBLUE & OXSOFT please visit www.phthalate-free-plasticizers.com

A digital version of the OXBLUE & OXSOFT and OXFILM broschures can be downloaded at www.oxea-chemicals.com/media/corporate-downloads

44

Wire & Cable Insulation

Construction Flooring & Carpets

Automotive Household / miscellaneous MedicalP

last

iciz

er

Lubr

ican

t

Coa

lesc

ing

Age

nt

Bui

ldin

g W

ire

Oth

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C

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Cau

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and

S

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Ad

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Ure

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Wal

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Hos

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Roo

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Sw

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Poo

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Vin

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Res

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Car

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Art

ifici

al

Leat

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Aut

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ats

Wiri

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Furn

iture

Gar

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H

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Tab

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s

Sho

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C

urta

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Floo

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ats

Food

Clin

g W

rap

s

Toys

Inks

Blo

od B

ags

Tub

es

Nut

ritio

n

Products CAS No.

OXBLUE DOSX 2915-57-3

OXSOFT DOA 103-23-1

OXSOFT 3G8 94-28-0

OXSOFT GPO 6422-86-2

OXSOFT DUO 1

OXSOFT DUO 2

OXSOFT TOTM (St) 3319-31-1

OXSOFT L9TM 35415-27-1

OXFILM 351

OXLUBE L9-TMP 126-57-8

7 Specialty Esters application areas

All information on application areas is derived from our experience and customer feedback. Please note that each use of a specific product, the regulatory framework

and IP situation still has to be verified by the customer in each individual case.

45

Wire & Cable Insulation

Construction Flooring & Carpets

Automotive Household / miscellaneous Medical

Pla

stic

izer

Lubr

ican

t

Coa

lesc

ing

Age

nt

Bui

ldin

g W

ire

Oth

er W

ire &

C

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Cau

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and

S

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Ad

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ves

Ure

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nts

Wal

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Hos

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Roo

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Sw

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Poo

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Vin

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Res

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oorin

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Car

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Art

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al

Leat

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Aut

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Wiri

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Furn

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Gar

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H

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Tab

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Sho

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C

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Floo

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Food

Clin

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Toys

Inks

Blo

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Tub

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Nut

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n

Products CAS No.

OXBLUE DOSX 2915-57-3

OXSOFT DOA 103-23-1

OXSOFT 3G8 94-28-0

OXSOFT GPO 6422-86-2

OXSOFT DUO 1

OXSOFT DUO 2

OXSOFT TOTM (St) 3319-31-1

OXSOFT L9TM 35415-27-1

OXFILM 351

OXLUBE L9-TMP 126-57-8

46

B

n-Butanol 12

n-Butyl Acetate 16

n-Butylamine 28

1,3 Butylene Glycol 24

n-Butyric Acid 18

n-Butyraldehyde 6

C

n/i-C13/C15-Aldehyde 8

D

Di-n-butylamine 32

Di-2-ethylhexylamine 32

Di-isoamylamine 32

Di-n-propylamine 32

E

N-Ethyl-n-butylamine 32

2-Ethylhexanal 6

2-Ethylhexanoic Acid 20

2-Ethylhexanol 12

2-Ethylhexylamine 30

H

n-Heptanal 6

n-Heptanol 12

n-Heptanoic Acid 20

I

Isobutanol 12

Isobutyl Acetate 16

Isobutyraldehyde 6

Isobutyric Acid 18

Isononanal 8

Isononanoic Acid 20

Isononanol 12

Isopentanoic Acid 18

Isopropylamine 28

Isovaleraldehyde 6

Isovaleric Acid 18

Alphabetical Product Index

47

M

3-Methylbutylamine 30

2-Methylbutyraldehyde 6

2-Methylbutyric Acid 18

2-Methylpentanoic Acid 18

3-Methylbutyric Acid 18

N

Neopentylglycol 24

n-Nonanal 8

n-Nonanol 12

n-Nonanoic Acid 20

O

n-Octylamine 30

OXBLUE DOSX 38

OXFILM 351 42

OXLUBE L9-TMP 42

OXSOFT 3G8 40

OXSOFT DOA 40

OXSOFT DUO 1 40

OXSOFT DUO 2 40

OXSOFT GPO 42

OXSOFT TOTM (St) 42

OXSOFT L9TM 42

P

Pelargonic Acid 20

n-Propanol 12

Propionic Acid 18

Propionaldehyde 6

n-Propyl Acetate 16

n-Propylamine 28

T

TCD Alcohol DM 24

TCD Alcohol M 12

Tri-n-butylamine 34

Trimethylolpropane 24

Tri-n-propylamine 34

U

n-Undecanal 8

V

n-Valeraldehyde 6

n-Valeric Acid 18

48

3-Methyl-butyraldehyde

C4-

C8

Other Precursors

C2

C3

Higher Olefins

Ethylene

Propylene

Butene

Syn

gas

48

Intermediates Derivatives

Aldehydes

n-Propanol

n-Heptanol

3-Methylbutanol

2-Methylbutanol

n-Nonanol

Isononanol

2-EH

n-ButanolTMP

NPG

TCD Alcohol DM

1,3 Butylene Glycol

IsobutanolIsobutyraldehyde

n-Butyraldehyde

Propionaldehyde

Higher Aldehydes

n-Valeraldehyde

2-Methyl-butyraldehyde

Alcohols Polyols

Production platform

Precursors

49

3-Methyl-butylamine

Isopentanoic Acid

2-Methylbutyric Acid

3-Methylbutyric Acid

49

Derivatives

Propionic Acid (AF)

2-Methylpentanoic Acid

n-Propyl Acetate

n-/Isobutyl Acetate

OXSOFT GPOOXSOFT DOAOXSOFT TOTM (St)

Propylamines

2-EH-Amines

Butyl-amines

OXSOFT 3G8

OXBLUE DOSX

OXFILM 351

OXSOFT L9TM

OXLUBE L9-TMP

n-Butyric Acid (AF)

Isobutyric Acid

n-Valeric Acid

Heptanoic Acid (HP)

Pelargonic Acid (HP)

Isononanoic Acid (M)

Other Amines

Acids Esters Amines

2-EH Acid

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Applicable to a wide range of end-uses

Oxo-Intermediates

OXEA Products Key Applications

Oxo-Derivatives

Aldehydes / Alcohols / Esters

Carboxylic Acids Polyols

∙ Propionaldehyde

∙ n-Butyraldehyde

∙ Isobutyraldehyde

∙ n-Butanol

∙ Isobutanol

∙ n-Propanol

∙ n-Propyl Acetate

∙ n-Butyl Acetate

∙ Isobutyl Acetate

∙ 2-Ethylhexanol

∙ Lacquers & Paints

∙ Lubricants

∙ Printing Inks

∙ Flavours & Fragrances

∙ Automotive & Transportation

∙ Industrial Goods

∙ Construction & Real Estate

∙ Consumer & Retail

∙ Pharmaceuticals

∙ Cosmetics

∙ Print Media

∙ n-Butyric Acid (AF)

∙ Isobutyric Acid

∙ Valeric Acid (HP)

∙ 2-Methylbutyric Acid

∙ 3-Methylbutyric Acid

∙ Heptanoic Acid (HP)

∙ 2-Ethylhexanoic Acid

∙ Pelargonic Acid (HP)

∙ Isononanoic Acid

∙ Propionic Acid (AF)

∙ Isopentanoic Acid

∙ Lubricants

∙ Siccatives

∙ Flavors & Fragrances

∙ Polymer-Stabilizers

∙ Consumer & Retail

∙ Industrial Goods

∙ Cosmetics

∙ Agriculture

∙ Packaging

∙ 1,3 Butylene Glycol

∙ TCD Alcohol DM

∙ Neopentylglycol

∙ TMP

∙ High Solids Coatings

∙ Powder Coatings

∙ Cosmetics

∙ Lubricants

∙ Polymer Additives

∙ Construction & Real Estate

∙ Automotive & Transportation

∙ Electronics Industry

∙ Cosmetics

Diversified product portfolio

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End markets

Amines Higher Aldehydes Specialty EstersHigher Alcohols & Specialty Derivatives

∙ Propylamines

∙ Butylamines

∙ 2-Ethylhexylamines

∙ n-Octylamine

∙ 3-Methylbutylamine

∙ Dimethylbutylamine

∙ Agrochemicals

∙ Rubber Chemicals

∙ Polymer Additives

∙ Surfactants

∙ Dye Intermediates

∙ Agriculture

∙ Automotive & Transportation

∙ Consumer & Retail

∙ Construction & Real Estate

∙ Pharmaceuticals

∙ Print Media

∙ n-Undecanal

∙ n-Nonanal

∙ 2 Ethylhexanal

∙ n / i-C13 / C15-Aldehyde

∙ Isovaleraldehyde

∙ Isononanal

∙ n-Valeraldehyde

∙ Chemical Intermediates

∙ Flavours & Fragrances

∙ Consumer & Retail

∙ Industrial Goods

∙ Packaging

∙ Pharmaceuticals

∙ OXBLUE DOSX

∙ OXLUBE L9-TMP

∙ OXSOFT DOA

∙ OXSOFT 3G8

∙ OXSOFT GPO

∙ OXSOFT DUO 1

∙ OXSOFT DUO 2

∙ OXSOFT TOTM (St)

∙ OXSOFT L9TM

∙ OXFILM 351

∙ Plasticizer

∙ Lubricants

∙ Coalescing Agent

∙ Food Packaging

∙ Medical devices

∙ Construction

∙ Automotive

∙ 2-Methylbutanol

∙ 3-Methylbutanol

∙ n-Heptanol

∙ n-Nonanol

∙ 3,5,5-Trimethylhexanol (Isononanol)

∙ TCD Alcohol M

∙ Performance Chemicals

∙ Agrochemicals

∙ Flavours & Fragrances

∙ Automotive & Transportation

∙ Consumer & Retail

∙ Healthcare & Medical

∙ Construction & Real Estate

∙ Cosmetics

∙ Pharmaceuticals

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Dallas

Monheim

Amsterdam

Oberhausen

Luxembourg

Marl

Bay City

Bishop

Mexico City

Production sites/Commercial offices

OXEA Worldwide

Tokyo

Singapore

Shanghai

Nanjing

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Founded March 1, 2007 as a buy-out from two global chemical companies (Celanese and Evonik)

Owner Oman Oil Company

Employees approx. 1,400

Annual Sales approx. € 1.5 billion

Plants Europe: Oberhausen, Marl, Amsterdam USA: Bay City, Bishop China: Nanjing

Offices Europe: Monheim, Oberhausen, Luxembourg Americas: Dallas, Mexico City Asia: Tokyo, Singapore, Shanghai

Products Global supplier of Aldehydes, Oxo Alcohols, Esters, Carboxylic Acids, Specialty Esters, Polyols, Specialty Derivatives and Amines

Applications Ingredients for paints & coatings, adhesives, flavors & fragrances, cosmetics, lubricants, pharmaceuticals and plastics

Sales Force Experienced global sales team providing service to customers in Europe, the Americas and Asia

Management Dr. Salim Al Huthaili

Learn more about OXEA: www.oxea-chemicals.com www.phthalate-free-plasticizers.com

Facts and Figures

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The information presented in this brochure is believed to be accurate and reliable, but no warranty or guaranty, expressed or implied, is made regarding the information or the performance of any product. Further, nothing contained herein shall be taken as any inducement or recommendation to use, manufacture or sell that may infringe any patents or any other proprietary rights now or here after in existence. It is the sole responsibility of users to assure themselves that our material will meet their specific needs and can be used safely and effectively in their processes.

Disclaimer

55

the oxo people

OXEA Otto-Roelen-Straße 346147 OberhausenGermany

© OXEA GmbH • Subject to change without notice • Revision February 2017

info@oxea-chemicals.com www.oxea-chemicals.com