Product Range

PRODUCT RANGE

www.oxea-chemicals.com WE ARE THE OXO PEOPLE

Oxo chemicals are OXEA’s core competency. We produce end-market applications. With a total production capacity Oxo intermediates and Oxo derivatives in our plants in of over 1.2 million tons, we are the largest Oxo chemicals Germany, the Netherlands, and the USA and started up in producer for the Oxo merchant market overall. 2014 our first manufacturing facility in China. Our global customer base is served from sales offices in numerous Being a market leader requires constant innovation and locations, including Europe, North America, Asia and Latin a stringent process of business optimization. At OXEA, America. we continuously analyze the geographies and industrial sectors we serve – always eager to learn more about the As “The Oxo People”, OXEA has more than 75 years of dynamics and perspectives in our clients’ industries. experience in the production of Oxo chemicals. We are the inventor of the Oxo synthesis process (or “hydro OXEA is recognized by our customers as a knowledgeable formylation”) as well as several other proprietary techno partner and a reliable supplier. Our long-standing and logies for the manufacture of Oxo chemicals. The produc- trusted customer relationships, some spanning more than tion process for Oxo intermediates and Oxo derivatives 50 years of productive cooperation, provides our global is complex, requiring efficient integration and an under commercial teams with a deep understanding of our custo- standing of the underlying processes and end-markets. mers’ needs and allow us to align closely with our custo- We benefit from highly integrated production facilities and mers’ strategies and growth activities. a well-balanced value chain in Oxo chemicals. Our flexible production process allows us to manage our production OXEA uses modern technologies and operates efficient flow carefully and react to short-term demand patterns for economic and ecological processes. Product quality, plant key products. OXEA’s unmatched and well-honed experi- safety, environmental protection, and customer service are ence in these areas has enabled us to develop our core always top priority. competencies across the entire Oxo value chain and to create a broad portfolio of Oxo chemicals. This brochure, featuring over 70 products, offers a more detailed overview of our product portfolio. OXEA is the second largest manufacturer of Oxo chemicals by production capacity, producing more than 70 products We invite you to learn more about OXEA. for customers in a wide range of industries with various

Products by Classes Product portfolio Page 4 5 Polyols Page 24 Alphabetical Product Polyols application areas 26 Index Page 46 1 Aldehydes Page 6 Aldehydes application areas 10 6 Amines Page 28 Production platform Page 48 Amines application areas 36 2 Alcohols Page 12 Product portfolio Alcohols application areas 14 7 Specialty Esters Page 38 applicable Page 50 Specialty Esters application areas 44 3 Esters Page 16 OXEA Worldwide Page 52 Esters application areas 16 Facts and Figures Page 53 4 Acids Page 18 Acids application areas 22

2 3 Oxo-Derivatives

PRODUCT PORTFOLIO Higher Aldehydes Applications: Chemical Intermediates, Diversified product portfolio for Flavors & Fragrances a wide range of end-uses

Polyols

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

Carboxylic Acids

Applications: Lubricants, Siccatives, Oxo-Intermediates Flavors & Fragrances, Polymer Stabilizers Feed Additives, Corrosion Inhibitors

Aldehydes Amines

Applications: Lacquers, Polymer Additives, Applications: Agrochemicals, Rubber Flotation Chemicals, Flavors & Fragrances Chemicals, Polymer Additives, Pharmaceu- ticals, Surfactants, Dye Intermediates, Specialty Chemicals, Corrosion Inhibitors

Alcohols Specialty Esters Applications: Surface Coatings, Lacquers & Applications: Plasticizers, Lubricants, Paints, Polymer Additives, Lubricants, Coalescing Agents Solvents, Disinfectants

Esters Higher Alcohols

Applications: Chemical Intermediates, Applications: Plasticizers, Lubricants, Cosmetics, Paints & Coatings, Printing Inks, Flavors & Fragrances, Surfactants Pharmaceuticals, Solvents

4 5 1 ALDEHYDES

OXEA products Other names / CAS No. Physical data Short form

Propionaldehyde Propanal 123 - 38 - 6 MM 58.1 d 0.797 H Bp @ 1013 hPa [°C] 48 rVd 1.8 @ 37.8 °C (Air = 1) Propionaldehyd O Mp – 81 ρ 0.43 Propionaldehyd OO PPrrroPoprpaoiionopnanioalalnlddaeelhdhyeydhdyd O Flp [°C] – 30 n 1.362 Propanal O D CAPPrroPoSprp oa1an2pn3aal-nl3a8l -6 H Vp 364 ST – CAS 123-38-6 HH CACACASS 11S22 313-2-3388-3--686-6 H H Sol. in Water 306 g / l @ 25 °C MM 72.11 d 0.81 n-Butyraldehyde n-Butanal 123 -72 - 8 Bp @ 1013 hPa [°C] 75 rVd 2.5 n-Butyraldehyd O OO Mp < – 20 ρ 0.43 nn--BBuuttyyrraallddeehhyydd O O n-Bnu-tBauntaylraldehyd Flp [°C] – 6.7 n 1.379 nn--BBuuttaannaall D CAnS- B12u3ta-7n2al-8 H Vp 144 ST 70 (1 g / l) CACASS 112233--7722--88 HH CACAS 1S2 132-732-7-28-8 H Sol. in Water 50 MM 72.11 d 0.783 Isobutyraldehyde Isobutanal 78-84-2 Bp @ 1013 hPa [°C] 64 rVd 2.5 Isobutyraldehyd O IIssoobubuttyyrraallddeehhyydd H Mp – 69.5 ρ 0.43 2-MIseotbuhytlpyraolpdaenhayld HH 2-Methylpropanal H H Flp [°C] – 5 n – CA22--M2MS-e eM7tt8-hheyyt8lhlpp4yrr-lopo2prpoaanpnaalnl al D CACASS 778-8-8844--22 O H Vp 153 ST – CAS 78-84-2 OO O O Sol. in Water 60 MM 86.13 d 0.809 n-Valeraldehyde n-Pentanaln-Valeraldehyd 110 - 62 - 3 O Bp @ 1013 hPa [°C] 104 rVd 3 n-Valeraldehyd OO nn--V-VPnea-Vanlleetararlaenallraddaleelhdhyeydhdyd O O Mp – 85 ρ 0.543 nn--PPeennttaannaall Flp [°C] 6.5 n 1.393 CAnS- P11e0n-t6an2a-3l H D CAS 110-62-3 HH CACACASS 11S11 010-1-6062-2-6-332-3 H H Vp 50 ST – Sol. in Water 18 MM 86.13 d 0.803 2-Methylbutyraldehyde 2-Methylbutanal 96 -17- 3 O OO Bp @ 1013 hPa [°C] 92 rVd – 2-Methylbutyraldehyd O O 2-Methylbutyraldehyd Mp < – 90 ρ 0.53 22---M2M-eeMttthheyyytllhbulbuylttbutayynrrtaayllrddaeelhdhyeydhdyd H Flp [°C] – 5 n 1.39 2-Methylbutanal HH D CA22--M2MS-e eM9tt6hhey-yt1lhlbu7buy-l3tbutaanntaalnl al H Vp 76 ST 48.8 CAS 96-17-3 CACACASS 99S66 9--11677--1-337-3 Sol. in Water 13 O MM 86.13 d 0.797 Isovaleraldehyde 3-Methylbutanal 590 - 86 - 3 OO Bp @ 1013 hPa [°C] 92 rVd 2.96 Isovaleraldehyd O O Isovaleraldehyd Mp < – 90 ρ 0.56 3IIs-soMoIvasvaeoltvaleheryrlaealbullrddaeetlhdahyenydhadlyd H H Flp [°C] 0.5 n 1.387 33--MMeetthhyyllbubuttaannaall HH D CA3S- M59e0t-h8y6lbu-3tanal H Vp 75 ST 46.1 CACASS 559900--8866--33 CAS 590-86-3 Sol. in Water 15 O MM 114.18 d 0.8187 n-Heptanal n-Heptylaldehyde 111-71-7 OO n-Heptanal O O Bp @ 1013 hPa [°C] 156 – 160 rVd 3.94 n-Heptanal nn---HnHe-eHppttetyapalnantaladlnleahl yd H Mp – 43 ρ 0.98 @ 15 °C n-Heptylaldehyd HH Flp [°C] 42 n 1.426 CAnn--HnHS-e eH11ppte1typy-l7lata1ylld-lda7eelhdhyeydhdyd H D CAS 111-71-7 Vp [hPa] @ 25 °C 6.6 ST – CACACASS 1111S1 111--77111--7-771-7 Sol. in Water 2.03 MM 128.22 d 0.819 2-Ethylhexanal 2-Ethylhexylaldehyde2-Ethylhexanal 123 - 05 -7 O Bp @ 1013 hPa [°C] 159.6 rVd 4.4 2-Ethylhexylaldehyd Mp < – 100 ρ 0.951 H CAS 123-05-7 Flp [°C] 44 nD 1.416 Vp 2.3 ST – Sol. in Water 0.39

Data / Values @ 20 °C, 1013 hPa (unless otherwise noted): MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] Flp = Flash Point [ °C ] 3 Vp = Vapor Pressure [hPa] d = Density [ g/cm ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] nD = Refractive Index ST = Surface Tension [ mN / m ] n-Nonanal O Sol. in Water = Solubility in Water [ g / l ] Pelargonaldehyd 6 7 n-Nonylaldehyd H CAS 124-19-6

O Isononanal 3,5,5-Trimethylhexanal, etwa 90 % H Isononylaldehyd CAS 35127-50-5 CAS 5435-64-3

O 2-Methyldecanal Methyloctylacetaldehyd (MOA) H CAS 19009-56-4

n/i-Undecanal CAS 112-44-7

n/i-C13 / C15-Aldehyd Mischung von n/i-Tridecanal und n/i-Pentadecanal CAS 93821-14-8

CHO TCD-Dialdehyd OHC 3(4), 8(9)-Bis-formyl-tricyclo- [5.2.1.0 2,6]decan CAS 25896-97-3 2-Ethylhexanal O 2-Ethylhexylaldehyd H 1 ALDEHYDES CAS 123-05-7

n-Nonanal O Pelargonaldehyd OXEA products Other namesn-No /nylaldehyd CAS No. H Physical data Short formCAS 124-19-6 2-Ethylhexanal O MM 142.23 d 0.82 Isononanal 3,5,5-Trimethylhexanal2-Ethylhexylaldehyd5435 - 64 - 3 Bp @ 1013 hPa [°C] 169 rVd – O H CAS 123-05-7 Mp < – 100 ρ 1.72 [mm² / s] Isononanal Flp [°C] 34 nD 1.419 – 1.423 3,5,5-Trimethylhexanal, etwa 90 % H Vp 9 ST 45.6 Isononylaldehyd Sol. in Water 0.3 CAS 35127-50-5 MM 142.24 d 0.823 n-Nonanal CAS 5435-64-3 124 -19 - 6 Pelargonaldehyden-Nonanal O Bp @ 1013 hPa [°C] 183 rVd 4.9 Mp – 19 ρ 1.4 n-NonylaldehydePelargonaldehyd Flp [°C] 75 n 1.424 O H D n-Nonylaldehyd Vp 2 ST – 2-MCAethSy 1ld24ec-1a9n-a6l Sol. in Water – Methyloctylacetaldehyd (MOA) H MM 170.29 d 0.828 CAS 19009-56-4 n-Undecanal – 112 - 44-7 O Bp @ 1013 hPa [°C] 225 rVd 5.94 Isononanal Mp – 10 ρ 2.295 Flp [°C] 105 n 1.413 – 1.415 3,5,5-Trimethylhexanal, etwa 90 % H D n/i-IUsonndoencyalnaaldl ehyd Vp 0.38 ST 44.8 Sol. in Water 0.012 CASCA 11S2 3-45412-77-50-5 CAS 5435-64-3 MM – d 0.830 n / i-C13 / C15- – 93821 -14 - 8 Bp @ 1013 hPa [°C] 263 – 286 rVd – Aldehyde n/i-C13 / C15-Aldehyd Mp – 9 ρ 3.7 O Mischung von n/i-Tridecanal Flp [°C] 122 nD – und2-Methyldecanal Vp 3 ST 42.3 n/i-MPeenthtaydloecctaynlaacletaldehyd (MOA) H Sol. in Water 0.002 CASCA 9S38 12910-1049--856-4

Data / Values @ 20 °C, 1013 hPa (unless otherwise noted): CHO MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa] OHC TCDn-/Di-iUanlddeehcyadn al 3 d = Density [ g/cm ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] nD = Refractive Index ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ] 3(4)CA, 8S(9 )1-1Bi2-s4-f4o-r7myl-tricyclo- [5.2.1.0 2,6]decan CAS 25896-97-3 n/i-C13 / C15-Aldehyd Mischung von n/i-Tridecanal und n/i-Pentadecanal CAS 93821-14-8

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

8 9 1 ALDEHYDES APPLICATION AREAS

Agrochemicals Chemical Animal Feed Fine Flavors & LDPE /EVA Lubricant Pharma Resins Rubber Intermediates Chemicals Fragrances Polymers Additives 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

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.

10 11 2 ALCOHOLS

OXEA products Other names / CAS No. Physical data Short form n-Propanol OH MM 60.1 d 0.8036 n 1.386 n-Propanol n-Propyl nalcohol-Propylalkohol 71- 23 - 8 D n-Propanol OH Bp @ 1013 hPa [°C] 97 rVd 2.1 ST 70.8 (1 g / l) nCA-ProS p7a1n-2o3l -8 vv OH Mp < – 90 ρ 2.21 n-Propylalkohol n-Propylalkohol Flp [°C] 22 – 24 Sol. in Water completely soluble CAnS- P71ro-2p3a-n8o vl v OH CAS 71-23-8 vv Vp 26 n-Propylalkohol n-Butanol MM 74.12 d 0.81 nD 1.399 n-Butanol n-Butyl alcoholn-CAProSp 7a1n-o2l3-8 vv 71- 36 - 3 OHOH n-Butylalkohol Bp @ 1013 hPa [°C] 119 rVd 2.6 ST 69.9 nn-B-Purtoanpoylalkohol Mp < – 90 ρ 2.947 nCA-BuSta n7n-1oP-3lro6p-3anol OH OH nCA-BuSt y7l1al-k2o3ho-8 lvv OH Flp [°C] 35 Sol. in Water 66 n-Butynl-aPlkroohopyllalkohol CAnS- B71u-3ta6n-o3l Vp 10 CAS 7CA1-36S -731-23-8 vv OH n-Butylalkohol MM 74.12 d 0.802 nD 1.396 Isobutanol 2-Methylpropan-1- ol 78 - 83 -1 Bp @ 1013 hPa [°C] 108 rVd 2.6 ST 69.7 n-CAButSa n71o-3l 6-3 Isobutanol OH Mp < – 90 ρ 3.1 n-Butylalkohol OH 2-Ment-hByulptraonpoalnol Flp [°C] 31 Sol. in Water 70 IsCAobuSt a7n1-3ol6-3 OH Vp 16 IsCAobuSt na7-n8-Bou8l t3y-l1alkohol OH 2-Methylpropanol OH MM 116.2 d 0.8219 n 1.4249 2-MetCAhylpSr 7o1p-3an6o-l3 D n-Heptanol Heptyl alcoholCAISso 7bu8-t8a3n-o1l 111-70 - 6 CAS 78-83-1 OH Bp @ 1013 hPa [°C] 175.8 rVd 4.01 ST – n-Heptyl alcohol2-Methylpropanol OH Mp – 34.6 ρ 7.4 Enanthic2 alcohol-Ethylhexanol IsoCAbuSt a7n8-ol83-1 OH Flp [°C] 71 Sol. in Water 1.67 mg/l @ 25 °C 2-Ethylhexylalkohol OH Vp [hPa] @ 25 °C 0.29 22-E-Mtheytlheyxlparnooplanol 2-CAEthSy I1lsh0oe4bux-a7tn6ao-n7lol OH MM 130.23 d 0.832 n 1.431 2CA-EthSy 7lh8-ex8y3l-a1lkohol OH OH D 2-Ethylhexanol 2-Ethyl-hexan-1-2-Ethy2lh-Mexe olytlhaylklporhooplanol 104 -76 -7 Bp @ 1013 hPa [°C] 184 rVd 4.5 ST 47 (0.81 g / l) CA2S- E10th4y-l7h6e-x7anol 2-EHOHCAS 1CA04-S7 67-8-7 83-1 OH Mp – 89 ρ 9.8 2-Ethylhexylalkohol Isononanol Flp [°C] 77 Sol. in Water 0.9 2-CAEthSy l1h0e4x-a7n6o-l7 Vp < 1 Gemisch von primären Isononanolen OH Is2o-nEothnyalnhoelxylalkohol OH MM 144.26 d 0.8278 n 1.4338 Is3o,n5o,5n2-aT-nEroitmehl ylthheyxlhaenxoal nol, etwa 90 % D n-Nonanol n-Nonyl alcohol,GCAemSis 1c0h 4 v-o7n6 -pr7 imären Ison143-08-8onanolen OH Bp @ 1013 hPa [°C] 212 rVd not available ST 17.8 (0.10 g / l) PelargonicGCAem alcohol,Sis 23c-h4E 5vt2ho-yn9l 7h pr-e9ximyläarlkeonho Isol nonanolen OH 3,5I,s5o-Tnorinmeantohlylhexanol, etwa 90 % OH OH Mp – 3 ρ 14.2 n-C9 alcohol3,5,5-TCArimeS 1t0h4yl-h7e6x-7anol, etwa 90 % CAGS e3m45is2c-h9 7v-o9n primären Isononanolen Flp [°C] 95 Sol. in Water 69.5 mg/l @ 20 °C CAS 3452-97-9 OH Iso3,n5o,5na-Tnroimel thylhexanol, etwa 90 % MM 144.26 d 0.8264 n – TCD-Alkohol M D Isononanol 3,5,5-Trimethylhexan-1-GCAemiSs c3h4 5v2o-n9 7pr- ol9imären Iso3452nona n- ol97-en 9 Bp @ 1013 hPa [°C] 193.5 rVd 5 ST 38 (0.37 g / l) 2,6 HO OH 8-HyIdsroonxoynmeanothl yl-tricyclo-[5.2.1.0 ]decan Mp – 80 ρ 14.2 T3C,5D,5-A-Tlkriomehotl hMylhexanol, etwa 90 % TCACDS- AG6l4ek6mo8hoi0sc-l9 hM0 v-o6n primären Isononanolen Flp [°C] 76 Sol. in Water 0.4 8CA-HySd 3ro4x5y2me-97t-h9yl-tricyclo-[5.2.1.02,6]decan HO OH 8-Hyd3r,o5x,5yme-Tritmehylt-htryilchyecxloa-n[o5l,.2 e.1t.w02a,6 9]d0e %can HO Vp 2 CATSC 6D46-A80lk-o9ho0-6l M CAS 6CA468S0 3-94052-6-97-9 MM 166.26 d 1.0517 n – TCD Alcohol M Octahydro-4,7-methano-8-Hydroxymet1H-hyl-tricyc31308lo-[5.2 .-1 55.02 ,-16]decan HO D Bp @ 1013 hPa [°C] 266 rVd – ST 52 (0.36 g / l) indenmethanolTCCADS-A 6l4ko6ho80l- 9M0-6 Mp – 31 ρ 200.5 TCD-monol 2,6 8-Hydroxymethyl-tricyclo-[5.2.1.0 ]decan HO Flp [°C] 132 Sol. in Water 0.4 CATS C6D46-8A0lk-o90ho-6l M Vp < 1 8-Hydroxymethyl-tricyclo-[5.2.1.02,6]decan HO CAS 64680-90-6 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 ] n = Refractive Index ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ] D

12 13 2 ALCOHOLS APPLICATION AREAS

Printing Inks Plasticizers Chemical Intermediates Agrochemicals, Paints & Coatings Fuel Additives Flavors & Personal Care Disinfectant Crop Science Fragrances 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

XXXX

PROPYLS DISCOVER THE SUPERIOR SOLVENT CONCEPT

For more information about Propyls please visit http://www.propyls.com/

14 15 3 ESTER

OXEA products Other names / CAS No. Physical data Short form MM 102.13 d 0.888 n-Propyl Acetate Acetic Acid 109 - 60 - 4 n-nP-rPorpoyplayclaecteatat O O Bp @ 1013 hPa [°C] 101.5 rVd 3.5 n-propyln-Pr oesterpylacetat O EsEsisgssigäusäurer-ne-n-p-rporpoypleysletestrer Mp – 93 ρ 0.58 Essigsäure-n-propylester O Flp [°C] 12 n 1.384 CACAS 1S0 190-96-06-04-4 O D CAS 109-60-4 O Vp 38 ST – Sol. in Water 18.9 MM 116.16 d 0.881 n-Butyl Acetate Aceticn- BAcidutyl a cetat 123 - 86 - 4 O O n-nB-uBtuyltayclaecteatat O Bp @ 1013 hPa [°C] 126 rVd 4 n-butylEss esterigsäure-n-butylester Mp < – 90 ρ 0.73 EsEsisgssigäusäurer-ne-n-bu-butylteysletesrter CAS 123-86-4 O O Flp [°C] 27 n 1.393 CAS 123-86-4 O D CAS 123-86-4 Vp 15 ST 61.3 (1 g / l) Sol. in Water 5.3 MM 116.16 d 0.871 Isobutylacetat O O Isobutyl Acetate AceticIso IAcidsbuobuty lta yclaecteatat 110 -19 - 0 O Bp @ 1013 hPa [°C] 117 rVd 4 isobutylIsoIsbu oesterbutytlayclaecteat,a tU, rUertehathan-nQu-Qualiatälität Mp < – 90 ρ 0.7 Isobutylacetat, Urethan-Qualität O EsEsisgssigäusäureriseoisbuobutytleysletestrer O Flp [°C] 22 n 1.39 Essigsäureisobutylester O D CAS 110-19-0 CACAS 1S1 101-019-1-90-0 Vp 21 ST 62.5 (1 g / l) Sol. in Water 5.6

® ® O GeGneonmomollo®l l10 1000 O Genomoll 100 O Data / Values @ 20 °C, 1013 hPa (unless otherwise noted): DiD-(i2-(-2e-tehtyhlhyelhxeyxl)y-lph)-phthathalatl a(tD (EDHEPH)P) O Di-(2-ethylhexyl)-phthalat (DEHP) O MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa] DODOP P O DOP d = Density [ g / cm3 ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] n = Refractive Index ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ] CAS 117-81-7 O O D CACAS 1S1 711-78-18-71-7 O O O O

Genomoll® 1®00-S Med GeGneonmoomllo®l l10 100-0S -MS eMded

3 ESTERS APPLICATIONGenomoll® 1®00-S Food AREAS GeGneonmoomllo®l l10 100-0S -FSo Foodod

Detergents Additives Chemical Intermediates Flavor & Fragrances Pharma Paint and Coatings Printing Inks 3G8 Ester O O 3G38G E8s Etesrter O TrTiertiehtyhleynlegnlygklyokl-odl-i-d(i2-(-2e-tehtyhlhyelhxeaxnaonaot)at) Triethylenglykol-di-(2-ethylhexanoat) O O CACAS 9S4 9-42-82-80-0 O CAS 94-28-0 O O Product CAS No. O

O O n-Propyl Acetate 109 - 60 - 4 O O O O n-Butyl Acetate 123 - 86 - 4 O O O Isobutyl Acetate 110 -19 - 0

16 17 n-Buttersäure O n-Buttersäure O n-Butansäure 4 ACID n-Butansäure CAS 107-92-6 OH CAS 107-92-6 OH n-Buttersäure O nn--BBuutttaenrsäure O nCA-BuSt 1an07säu-92re-6 OH O CAS 107-92-6 Inso-Bbuuttersäure OH O OXEA products Other names / CAS No. Isobuttersäure O 2n--MBuethanylspäurorpeionsäure Physical data Short form 2-Methylpropionsäure OH CACASS 7190-73-19-22-6 OH n-CAButSt e7r9s-äu31r-e2 O OH MM 74.08 d 0.99 O Propionic Acid (AF) C3 AcidIsobuttersäure 79-09-4 n-Butatenrssäuäurree O Bp @ 1013 hPa [°C] 141 ρ 1.18 PropanoicI2so-Mbue tAcidttheyrlspäurorpei onsäure CAn-BSu t1a0n7s-äu92r-e6 O OH Mp – 21.5 n 1.387 n-Buttersäure O D CAS 79-31-2 CAS 107-92-6 OH OH Flp [°C] 50.50 ST not available 2n--MBuethanylspäurorpeionsäure Isobuttersäure O Sol. in Water completely soluble at CAS 79-31-2 OOHH CAS 107-92-6 2-Methylpropionsäure roomtemperature n-Buttersäure CAS 79-31-2 O O OH rVd not available n-Valeriansäure OO n-Butansäure Isonbu-Vatlteerirsaäunsräue re MM 88.11 d 0.957 n-Pentansäure O O n-Butyric Acid (AF) n - C4n Acid-Buttersäure 107- 92- 6 I2s-onMbu-Peethtneytrlapsnäursoäupreiro ensäurOeH CAS 107-92-6 CAS 109-52-4 Bp @ 1013OH hPa [°C] 164 ρ 1.67 n-Butanoicn-Buta nAcidsäure 2CA-CAMSe S7th 91y-03lp91r-o52p2-io4nsäure OHOH Isobuttersäure O Mp – 7 nD 1.398 CAn-VSa 1le0ri7a-9n2s-äu6re CAS 79-31-2 O OH OH 2-Methylpropionsäure Flp [°C] 71 ST 68.5 (1 g / l) n-Pentansäure O nCA-VaSl e7ri9a-n31säu-2re OH Sol. in Water completely soluble O nCA-PeSn 1ta0n9s-äu52r-e4 OH O MM 88.11 d 0.948 n-ValeriansäureO O Isobutyric Acid iso-C4IsCAo AcidbuSt 1te0r9s-äu52r-e4 79 - 31- 2 OH Bp @ 1013 hPa [°C] 156 ρ 1.32 2-Methylpropionsäure n-Pentansäure OH Mp – 64 n 1.393 Isobuttersäure O OH D CAS 79-31-2 CAS 109-52-4 OH OHFlp [°C] 56 – 62 ST 70.2 (1 g / l) 2-Methylpropionsäure O O n-Valeriansäure Sol. in Water 618 CAS 79-31-2 n--VPaelnetriaannsäusäurere OOH O MM 102.13 d 0.94 CAn-PSe n1t0a9n-s5äu2-r4e OH OH n-Valeric Acid n-Pentanoicn-Valeri Acidansäure 109 - 52- 4 O Bp @O 1013O hPa [°C] 186 ρ 2.173 CA2-SM 1e0t9h-y5lbu2-4ttersäure OH O OH n - C5 Acid 2-Methylbuttersäure Mp – 34 n 1.408 n-Pentansäure 2-Methylbutansäure D 2-Methylbutansäure CAS 109-52-4 CAS 116-53-0 OH OHOFlpH [°C] 84 ST 51.6 (1 g / l) CAS 116-53-0 O OH Sol. in Water 37.5 n-V2-aMleerithanylsbuäutrteersäure OO O MM 102.13 d 0.936 n2-2P--MeMneettathhnyysläulbuburttetaenrsäure O 2-Methylbutyric Acid 2- MBn Acid-Valeriansäure 116 - 53 - 0 O Bp @ 1013O HhPa [°C] 177 ρ 2.1 OOH CA2CA-MS S1e 0t1h91y-6l5bu-25-3t4-a0nsäure OH OH Mp – 90 n 1.405 n-Pentansäure 2-Methylbuttersäure O D CAS 116-53-0 3-MethylbuttersäureOH O Flp [°C] 77 ST 64.2 (1 g / l) CAS 109-52-4 3-MethylbuttersäurOe H OH O I2so-Mvaelethriyalnbusäutanresäure Sol. in Water 45 Isovaleriansäure OH CACASS 510136-7543--20 O OH 2-CAMeSth 5y0lbu3-7tt4e-r2säure O OH MM 102.13 d 0.9258 3-Methylbutyric Acid Isovaleric Acid 503 -74 - 2 O BpO @ 1013 hPa [°C] 178.5 ρ 2.4 3-Methylbuttersäure 2-MethylbutatenrssäuäurreeO 3 - MB Acid OH Mp – 31 n 1.403 3Is-oMvaetlehriylabunstäuteresäure 2CA-MSe 1t1h6yl-bu53t-a0nsäuOre OH D 2-Methylbuttersäure O Flp [°C] 84 @ 80 ST 63.3 (1 g / l) ICAsovaS l5eri03a-n7s4äu-2re CAS 116-53-0 OH OH 2-Methylbutansäure OH O Sol. in Water 48 CAS 503-74-2 23--MMeetthhyylplbuentttaenrsäurOeH O CAS 116-53-0 2-MethylpentansäureOH O MM 102.13 d 0.94 CAIsoSva 9le7ri-6a1n-s0äure Isopentanoic Acid CAS 97-61-0 Bp @ 1 atm (101,3O HkPa) [°C] 177 – 186 ρ 2.1 – 2.2 2-Methylbuttersäure CAS 503-74-2 O OH O OH Mp < –34 n 1.405 – 1.408 2-Methylbutansäure 3-Methylbuttersäure D 2-Methylbuttersäure 3-MethylbuttersäuOOre O Flp [°C] 77 – 84 ST 51 – 64 (1 g / l) CA2-SM 1e1t6h-y5l3p-e0ntansäure Isovaleriansäure OH 2CA-MSe t9h7y-lbu61-t0ansäure Isovaleriansäure O OH Sol. in Water 37.5 23--MMeetthhyylplbuentttaenrsäure CAS 503-74-2 O CASS 19176--6513-0-0 CAS 503-74-2 OOHH OH MM 116.16 d 0.923 Isovaleriansäure O 2-Methylpentanoic 2-Methylvaleric Acid 97- 61- 0 2-MethylpentansäurOOeH Bp @ 1013 hPa [°C] 196 ρ 2.8 Acid 2- MP CA AcidS 503-74-2 OH CAS 97-61-0 OH Mp < – 90 nD 1.413 3-Methylbuttersäure O OH Flp [°C] 93 ST 56.6 O Isovaleriansäure 2-Methylpentansäure Sol. in Water 12.2 2-MethylpentansäuOre O CA3-MS e5t0h3y-l7bu4-t2tersäure CAS 97-61-0 OH Isovaleriansäure CAS 97-61-0 OH 2-Methylpentansäure O CAS 503-74-2 OH OH CAS 97-61-0 Data / Values @ 20 °C, 1013 hPa (unless otherwise noted): OH MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa] 3 d = Density [ g / cm ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] nD = Refractive Index ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ] 2-Methylpentansäure O CAS 97-61-0 O 2-Methylpentansäure OH CAS 97-61-0 OH 18 19 n-Heptansäure O CAS 111-14-8 n-Heptansäure OOH CAS 111-14-8 4 ACID OH

n-Heptansäure O CAS 111-14-8 O OXEA products Other2 names-Ethylhex /ansäure CAS No. OH Physical data Short2 form-Ethylcapronsäure CAS 149-57-5 OH 2-Ethylhexansäure O MM 130.19 d 0.92 n-Heptanoic Acid (HP) n-C7 Acidn-He2p-tEatnhsyäulcarperonsäure 111-14 - 8 O Bp @ 1013 hPa [°C] 223 ρ 3.4 @ 30 °C CAS 149-57-5 OH CAS 111-14-8 Mp – 8 nD 1.422 OH Flp [°C] 117 ST – Sol. in Water 2 to 5 2-Ethylhexansäure O MM 144.21 d 0.907 2-Ethylhexanoic Acid 2-EH Acid 149 - 57- 5 Bp @ 1013 hPa [°C] 228 (226 – 229) 4.8 2-Ethylcapronsäure ρ Mp – 57 n 1.425 CAS 149-57-5 OH D Pelargonsäure O Flp [°C] 114 ST – Sol. in Water 1.4 n-Nonansäure MM 158.23 d 0.905 CASP 1e1l2a-r0g5o-n0säure O OOH Pelargonic Acid (HP) n-Nonanoic2-Eth yAcidlhexansäure 112- 05 - 0 Bp @ 1013 hPa [°C] 253 ρ 8.1 (HALAL) n-C9 Acid2-Ethny-Nlcaopnraonnssäuäurree Mp 13 nD 1.433 CASCA 149S- 15172-5-05-0 OH OH Flp [°C] 137 ST 31.7 (0.27 g / l) Sol. in Water 0.3 MM 158.23 d 0.900 Isononanoic Acid (M) iso-C9 Acid 3302 -10 -1 PeIslaorngoonnasnäusäurere OO Bp @ 1013 hPa [°C] 230 – 240 ρ 10 to 12 Mp – 77 n 1.429 n-3N,5o,5n-aTnrsiäumerethylhexansäure, D OH Flp [°C] 117 – 137 ST 35.3 (0.63 g / l) CAetSw 1aI1 s29o-0n0 o%5n-a0nsäure OHO Sol. in Water 0.7 CAS3 3,53,052--T1r0ime-1 thylhexansäure, etwa 90 % OH PelarCAgonSs 3äu30re2-10-1 O Data / Values @ 20 °C, 1013 hPa (unless otherwise noted): n-Nonansäure MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa] CAS 112-05-0 OH 3 Isononansäure O d = Density [ g / cm ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] nD = Refractive Index ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ] 3,5,5-Trimethylhexansäure, etwa 90 % OH CAS 3302-10-1

Isononansäure O 3,5,5-Trimethylhexansäure, etwa 90 % OH CAS 3302-10-1

20 21 4 ACID APPLICATION AREAS

Paint PVB Antifreeze Detergents Carboxylates Chemical Animal Feed Flavor & Polymerization Cosmetic Synthetic Agrochemicals Driers Plasticizer Additives Intermediates Fragrances Catalysts Ingredients Lubricants

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 116 - 53 - 0 Acid

3-Methylbutyric 503 -74- 2 Acid

Isopentanoic Acid

2-Methylpentanoic 97- 61- 0 Acid n-Heptanoic Acid 111-14 - 8

2-Ethylhexanoic 149 - 57- 5 Acid

Pelargonic Acid 112 - 05 - 0

Isononanoic Acid 3302 -10 -1

22 23 1,3-Butylenglycol 1,3-Butandiol CAS 107-88-0 HO OH

Neopentylglycol OH HO 2,2-Dimethylpropan -1,3-diol CAS 126-30-7 Gelieferte Formen: Schmelze Schuppen 5 POLYOLS 90 % wässerige Lösung

Trimethylolpropan HO OH 1,1,1-Tris-(hydroxymethyl)-propan CAS 77-99-6 OH OXEA products Other names / CAS No. Product Form Physical data Short form MM 196.28 d 1.136 ST 58.9 (1 g / l) TCD Alcohol DM 3(4),8(9)-Bis-(hydroxymethyl)- 26160 - 83 - 8 Liquid1,3-Butylenglycol Bp @ 1013 hPa [°C] 334 rVd – Sol. in Water 11 2,6 26896 - 48 - 0 TCD-Alkohol DM HO tricyclo-[5.2.1.0 ] 1,3-Butandiol OH Mp 18 ρ 52.600 @ 40 °C decane CA3S (140),78-(898)--Bi0 s-(hydroxymethyl)- HO OH 2,6 Flp [°C] 191 nD 1.52 TCD-Diol tricyclo-[5.2.1.0 ]decan Vp < 1 CAS 26896-48-0 MM 90.12 d 1.0035 ST 72.6 (1 g / l) 1,3-Butylene Glycol 1,3-Butanediol 107-88-0 LiquidCAS 26160-83-8 1,3-Butylenglycol Bp @ 1013 hPa [°C] 209 rVd 3.2 Sol. in Water completely Cosmetic Quality 1,3-BG Mp – 57 ρ 131.8 soluble 1,3-BNuetaonpdeinotlylglycol OH HOHO OH Flp [°C] 115 n 1.44 CAS 107-88-0 D 2,2-Dimethylpropan -1,3-diol Vp < 1 CAS 126-30-7 MM 90.12 d 1.0035 ST 72.6 (1 g / l) Gelieferte Formen: Schmelze 1,3-Butylene Glycol 1,3-Butanediol 107- 88 - 0 Liquid Bp @ 1013 hPa [°C] 209 rVd 3.2 Sol. in Water completely 1,3-Butylenglycol Industrial Quality 1,3-BG Schuppen Mp – 57 ρ 131.8 soluble 1,3-B utandiol 90 % wässerige Lösung Neopentylglycol HO OOHH Flp [°C] 115 nD 1.44 CAS 107-88-0 HO 2,2-Dimethylpropan -1,3-diol Vp < 1 CAS1 1,326-B-3u0ty-7lenglycol MM 134.17 d 1.084 – 1.09 ST – Trimethylolpropane 1,1,1-Tris-(hydroxymethyl)- 77- 99 - 6 Molten, Gelie1Tf,re3irme-teBu tFthaoynrlodmiloperlno: p Sacnhmelze Bp @ 1013 hPa [°C] 304 rVd 4.63 Sol. in Water 100 – 1000 propane Flakes HO HO OOHH CA1,1,1S -1T0ri7s--8(h8y-d0roSxcyhmeupptheynl) -propan Mp 58 ρ – TMP Flp [°C] 149 – 180 n – N eopentylglycol 90 % wässerige Lösung OH D CAS 77-99-6 HO OH 2,2-Dimethylpropan -1,3-diol Vp < 0.001 CAS 126-30-7 MM 104.15 d 1.07 ST – Neopentylglycol 2,2-Dimethylpropane-1,3-diol 126 - 30 -7 Molten, Gelieferte Formen: Schmelze Bp @ 1013 hPa [°C] 209 rVd – Sol. in Water 830 NPG TrimeFlakes,Ntehoyploelnptryolpglayncol OH Mp 127 – 130 ρ 6.43 Schuppen HO HO OH 902,2 %-D Aqueousimethylpr oSolutionpan -1,3-diol Flp [°C] 107 n – 1,1,1-TTCriDs--(hAylkdorohoxyl meDMthyl)-propan HO D 90 % wässerige Lösung OH CASCA 37(74-)S9, 819(2-96)-Bi30s--7(hydroxymethyl)- OH Vp 0.00024 Gtreicliyecfleor-te[5 .F2o.1r.m02e,6n]d: e Sccahnmelze CAS 26896-48-0 Schuppen Trime thylolpropan 90 % wässerige Lösung Data / Values @ 20 °C, 1013 hPa (unless otherwise noted): CAS 26160-83-8 HO OH 1,1,1-Tris-(hydroxymethyl)-propan MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa] TCD-Alkohol DM HO d = Density [ g / cm3 ] = rel. Vapor Density = Viscosity [ mPa*s ] = Refractive Index = Surface Tension [ mN / m ] = Solubility in Water [ g / l ] CAS 77-99-6 rVd ρ nD ST Sol. in Water 3(4),8(9)-Bis-(hydroxymethyl)- OH OH tricyTclroime-[5.t2h.y1l.o0l2p,6r]odpeacnan HO OH CAS1 2,16,81-9T6ri-s4-8(h-0ydroxymethyl)-propan CASCA 261S6 707--8939--86 OH TCD-Alkohol DM HO 3(4),8(9)-Bis-(hydroxymethyl)- OH the oxo people tricyclo-[5.2.1.02,6]decan CAS 26896-48-0 TCD-Alkohol DM CAS 26160-83-8 HO 3(4),8(9)-Bis-(hydroxymethyl)- OH tricyclo-[5.2.1.02,6]decan CAS 26896-48-0 1,3 BUTYLENE CAS 26160-83-8 GLYCOL CQ

Unbenannt-1 1 26.03.19 12:17 A digital version of 1,3 Butylene Glycol CQ can be downloaded at https://www.oxea-chemicals.com/en/media/downloads.html 24 25 5 POLYOLS APPLICATION AREAS

Plasticizers (Coating) Resins Plastics Lubricants Cosmetics Flavours & Fragrances Products CAS No. Function

TCD Alcohol DM 26160 - 83 - 8 Polymer Component / Intermediate, 26896 - 48 - 0 Carrier Molecule

1,3-Butylene Glycol 107- 88 - 0 Humectant / Emollient Cosmetic Quality

1,3-Butylene Glycol 107-88-0 Polymer Component / Intermediate Industrial Quality

Trimethylolpropane 77- 99 - 6 Polymer Component / Intermediate

Neopentylglycol 126 - 30 -7 Polymer Component / Intermediate

26 27 6 AMINES

OXEA products Other names / CAS No. Physical data Short form 7.1 Monoalkylamines n-Propylamin NH2 MM 59.1 d 0.716 n-Propylamine 1-Aminopropane1-Aminopropan 107-10 - 8 NH n-Propylamin 2 Bp @ 1013 hPa [°C] 47.5 ρ 0.4 1-ACAminSo 1p0r7o-p1a0n-8 Mp < – 60 Sol. in Water miscible n-Propylamin NH2 Flp [°C] < – 20 1CA-ASm 1in0o7-p1r0o-p8an Vp – CAS 107-10-8 MM 59.11 d 0.6871 Isopropylamin Isopropylamine 2-Aminopropane 75 - 31 - 0 Bp @ 1013 hPa [°C] 32 ρ 0.47 Isopropylamin, 70 % in Wasser Isopropylamin NH2 Mp < – 90 Sol. in Water – Isop2r-oApmyinlamopinro, p70an % in Wasser Flp [°C] < – 25 n 1.373 Isopropylamin NH D 2-ACAminSo 7p5r-o3p1a-n0 2 Vp 631 ST 68.5 Isopropylamin, 70 % in Wasser NH CAS 75-31-0 2 rVd 2.04 2-Aminopropan MM 73.14 d 0.736 n-Butylamine 1-AminobutaneCAS 75-31-0 109 -73 - 9 Bp @ 1013 hPa [°C] 77 ρ 0.51 Mp – 47 Sol. in Water completely soluble n-Butylamin Flp [°C] – 7.5 n 1.401 NH2 D 1-Aminobutan Vp 102 ST 69.5 n-Butylamin NH 1-ACAminSo 1bu09t-a7n3-9 2 rVd 2.5 n-Butylamin NH 1CA-ASm 1in0o9bu-73ta-9n 2

CAS 109-73-9 Data / Values @ 20 °C, 1013 hPa (unless otherwise noted): MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] Isobutylamin Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa] d = Density [ g / cm3 ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] n = Refractive Index NH2 D Isobu2-Mtyelatmhyilnpropylamin ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ] CAS 78-81-9 NH2 I2s-oMbuethyylalpmrionpylamin CAS 78-81-9 NH 2-Methylpropylamin 2 CAS 78-81-9

sec-Butylamin 2-Aminobutan sec-Butylamin NH CAS 13952-84-6 2 s2e-Ac-mBuintoybulamtainn NH2 2CA-ASm 1in39o5bu2-t8an4-6 NH CAS 13952-84-6 2

3-Methylbutylamin Isopentylamin 3-Methylbutylamin NH2 Isop1e-Antmyinlamo-i3n-methylbutan 3-Methylbutylamin NH 1-ACAminSo 1-037--me85t-h7ylbutan 2 Isopentylamin NH 1CA-ASm 1in0o7-835-me-7 thylbutan 2 CAS 107-85-7 n-Octylamin NH 1-Aminooctan 2 n-Octylamin NH 1-ACAminSoo 11c1t-a8n6-4 2 n-Octylamin NH 1CA-ASm 11in1oo-8c6t-a4n 2 CAS 111-86-4

28 29 n-Propylamin NH2 NH n-Prop1-yAlammininopropan 2 1-AminCAopSr 1o0p7a-n10-8 CAS 107-10-8

Isopropylamin IsoproIspoyplarmopinylamin, 70 % in Wasser NH2 Isopro2p-yAlamminino,p 7r0o p%an in Wasser NH 2-AminCAopSr 7o5p-a3n1-0 2 CAS 75-31-0

n-Butylamin NH2 n-Buty1l-aAmmininobutan NH 1-AminCAobuS 1t0an9-73-9 2 CAS 109-73-9

Isobutylamin NH Isobut2y-lMameitnhylpropylamin 2 NH 2-MetCAhylpS r7o8-py8la1m-9in 2 6 AMINES CAS 78-81-9

sec-Butylamin sec-Bu2t-yAlammininobutan NH OXEA products Other2 - namesAminCAobuS 1/t3a9n52-84-6 CAS No. 2 Physical data NH ShortCA formS 13952-84-6 2 7.1 Monoalkylamines MM 87.16 d 0.747 3-Methylbutylamine 1-Amino-3-methylbutane 107- 85 -7 3-Methylbutylamin Bp @ 1013 hPa [°C] 97.5 ρ 0.62 Isopentylamine 3-MetIhsoylpbuenttyylalamminin Mp – 83 Sol. in Water miscible NH2 Flp [°C] 4 n 1.408 Isopen1t-yAlamminino-3-methylbutan D NH2 Vp 48 ST 63.4 1-AminCAo-S3 1-me07-t8h5y-lbu7 tan rVd 3.0 CAS 107-85-7 MM 129.25 d 0.7808 n-Octylamine 1-Aminooctane 111- 86 - 4 Bp @ 1013 hPa [°C] 178 ρ 1.371 n-Octylamin Mp 2 Sol. in Water 0.32 NH2 Flp [°C] 58 nD 1.429 n-Oct1y-lAammiinn ooctan NH 2 Vp 0.81 ST 44.2 1-Aminooctan CAS 111-86-4 rVd 4.46 CAS 111-86-4 MM 129.24 d 0.788 2-Ethylhexylamine 3-Aminomethyl Heptane 104 -75 - 6 Bp @ 1013 hPa [°C] 169.8 ρ 1.12

NH2 Mp < – 70 Sol.in Water 2.5 Flp [°C] 45 – 55 rVd 4.46 Vp 1.6

Data / Values @ 20 °C, 1013 hPa (unless otherwise noted): MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] 3 Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa] d = Density [ g / cm ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] nD = Refractive Index ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ]

NH2

H N

N H

H N 30 31

H N NH2

NH2

NH 6 AMINES 2 H N

H OXEA products Other names / CAS No. NH Physical data Short form N 7.2 Dialkylamines N MM 101.19 d 0.74 H Di-n-propylamine Dipropylamine 142 - 84 -7 H Bp @ 1013 hPa [°C] 109.3 ρ 0.517 @ 25 °C N Mp – 40 Sol. in Water 46.4 g / l (ang 4.64 %) H Flp [°C] 7 rVd 3.5 Vp 40 MM 129.24 d 0.759 Di-n-butylamine Dibutylamine 111- 92- 2 N Bp @ 1013 hPa [°C] 160 ρ 0.85 H N Mp – 60 Sol. in Water 3.8 H N Flp [°C] 40.5 n 1.417 H D Vp 2.2 ST 50.6 rVd 4.5 MM 157.3 d 0.767 Di-isoamylamine Di-(3-methylbutyl)amine 544 - 00 - 3 Bp @ 1013 hPa [°C] 187 – 188 ρ – N NHH Mp – 44 Sol. in Water 0.588 g / l @ 25 °C H N Flp [°C] 58 Vp [hPa] @ 25 °C 0.87 MM 241.5 d 0.803 Di-2-ethylhexylamine Di-(2-ethylhexyl)amine 106 - 20 -7 Bp @ 1013 hPa [°C] 281 ρ 3.7 Di-(2-ethylhexyl)amin H Mp < – 70 Sol. in Water 14 N H Flp [°C] 130 ST 48 CAS 106-20-7 N NH Vp 0.013

Di-isononylamin H N Gemisch von Isomeren N Di-(3,5,5-trimethylhexyl)amin H Data / Values @ 20 °C, 1013 hPa (unless otherwise noted): CAS 28454-70-8 MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa] 3 d = Density [ g / cm ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] nD = Refractive Index ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ]

6.3 Trialkylamine

N,N-Dimethyl-n-butylamin CAS 927-62-8 N

Tri-n-propylamin Tripropylamin CAS 102-69-2 N

Tri-n-butylamin Tributylamin CAS 102-82-9 N

6.4 Diamine 32 33

3-Dimethylaminopropylami n(DMAPA) N NH N,N-Dimethyl-1,3-diaminopropan 2 CAS 109-55-7

TCD-Diamin H N 2 NH 3(4),8(9)-Bis-(aminomethyl)-tricyclo- 2 [5.2.1.0 2,6]decan CAS 68889-71-4 DiD-(i2-(-2e-tehtyhlhylehxeyxl)yal)maminin CAS 106-20-7 CAS 106-20-7 NHNH

Di-Dii-soisnoonnoynlaymlaminin Gemisch von Isomeren Gemisch von Isomeren N N DiD-(i3-(,53,5,-5tr-itmerimethtyhlhylehxeyxl)yal)maminin H H 6 AMINES CACAS S2 82485445-47-07-08-8

6.63. 3Tr Tiarilaklyklyalmaminiene

OXEA products Other names/N,NN,-ND-iDmeimethtyhl-nyl-n-bu-butytlaymlamininCAS No. Physical data Short formCACAS S9 2972-76-26-28-8 N N 7.3 Trialkylamines MM 143.27 d 0.7557 Tri-n-propylamine TripropylamineTrTi-nri-n-p-rporpoyplaymlaminin 102- 69 - 2 Bp @ 1013 hPa [°C] 156.4 ρ 0.7 TrTiprirporpoyplaymlaminin Mp < – 90 Sol. in Water 0.444 CAS 102-69-2 N N CAS 102-69-2 Flp [°C] 33 nD 1.417 Vp 17 ST 61.6 rVd 4.93 MM 185.35 d 0.777 Tri-n-butylamine TributylamineTrTi-nri-n-bu-butytlaymlaminin 102 - 82 - 9 Tributylamin Bp @ 1013 hPa [°C] 208 ρ 1.393 Tributylamin N Mp < – 90 Sol. in Water 0.08 CACAS S10 120-28-28-29-9 N Flp [°C] 75 nD 1.429 Vp 0.18 ST 55 rVd 6.4

6.64. 4D Diaiamminiene Data / Values @ 20 °C, 1013 hPa (unless otherwise noted): 3-Dimethylaminopropylami n(DMAPA) MM = Molecular Mass Bp = Boiling Point [ °C ] Mp = Melting Point [ °C ] Flp = Flash Point [ °C ] Vp = Vapor Pressure [hPa] 3-Dimethylaminopropylami n(DMAPA) N NH N N2H d = Density [ g / cm3 ] rVd = rel. Vapor Density ρ = Viscosity [ mPa*s ] n = Refractive Index ST = Surface Tension [ mN / m ] Sol. in Water = Solubility in Water [ g / l ] N,NN,-ND-iDmeimethtyhl-y1l,-31,-3d-idamiamininoporporpoapnan 2 D CACAS S10 190-95-55-57-7

TCD-Diamin TCD-Diamin H 2N H 2N NH N2H 3(43)(4,8)(,89()9-Bi)-Bis-(sa-m(amininomeomethtyhl)y-lt)r-itcryiccylocl-o- 2 2,6 [5[.25.12..01.0 2]d,6]edceacnan CACAS S6 88688898-971-7-14-4

34 35 6 AMINES APPLICATION AREAS Adhesives & Sealants Agrochemicals Biocides Catalyst / Aid Process Chemical Intermediates Corrosion Inhibitors Dyes & Pigments Epoxy Hardeners Metal Working Fluids Anti Rust Agent Fine Chemicals Flavors & Fragrances Lubricant Additives Mining Chemicals Oil Field Chemicals Pharma Plasticizers Plastics Resins Rubber Additives Surfactants Treatment Water Chemicals 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

36 37 7 SPECIALTY ESTERS

Physical data

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

MM 342.5 ρ Color ≤ 20 Shore A Hardness Relative extrac- Fogging number OXBLUE DOSX 2915- d 0.933 20 °C [mm² / s] 13.4 Volatiles [wt %] 2.25 ASTM D1706, 50 phr 75 tion resistance 3 hours, 100 °C, 67phr 32 57-3 Flp [°C] COC >160 40 °C [mm² / s] 6.8 Bp 298 100 % Modulus [mPa] ASTM D1239, 50phr VOC data 100 °C [mm² / s] 2.0 ASTM D638, 50phr 18 (Boiling point) [°C] 298 soapy water Viscosity 12.4 Mp -73 Low temperature extraction [wt %] 0.6 O flexibility [°C] O oil extraction [wt %] O ASTM D1043, 50phr –47 5 O Elevated temp hexane extraction volatility [wt %] [wt %] 13 100 °C. 7 days, loss, 50phr 19.2

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

38 39 7 SPECIALTY ESTERS

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

O MM 370.57 ρ n 1.447 Shore A Hardness Relative extrac- Fogging number O O D OXSOFT DOA 103-23-1 O O d 0.925 20 °C [mm² / s] 15.1 Color ≤ 25 ASTM D1706, 50 phr 76 tion resistance 3 hours, 100 °C, 67phr 76 O Flp [°C] COC 196 40 °C [mm² / s] 7.8 Volatiles [wt %] 2.41 100 % Modulus [mPa] ASTM D1239, 50phr VOC data 100 °C [mm² / s] 2.3< ASTM D638, 50phr 7.2 (Boiling point) [°C] 417 soapy water Vp 0.01 Low temperature extraction [wt %] 0.9 OO O Viscosity 13.7 flexibility [°C] O oil extraction [wt %] O rVd 12.8 ASTM D1043, 50phr – 52 18 O O Elevated temp volatility [wt %] OO hexane extraction 100 °C. 7 days, loss, 50phr 26.5 [wt %] 29 O O MM 403 ρ nD 1.444 Shore A Hardness Relative extrac- Fogging number OXSOFT 3G8 94-28-0 O O d 0.97 20 °C [mm² / s] 16.3 Color ≤ 30 ASTM D1706, 50 phr 81 tion resistance 3 hours, 100 °C, 67phr 34 O O Flp [°C] COC 196 40 °C [mm² / s] 8.8 Volatiles [wt %] 0.53 100 % Modulus [mPa] ASTM D1239, 50phr VOC data O 100 °C [mm² / s] 2.4 Viscosity 16.4 ASTM D638, 50phr 16.2 (Boiling point) [°C] 340 soapy water ST 45.8 Low temperature extraction [wt %] 3 O Sol. in Water 1.53 flexibility [°C] O O O O OO ASTM D1043, 50phr – 58.5 oil extraction [wt %] 11 O O O Elevated temp volatility [wt %] hexane extraction O 100 °C. 7 days, loss, 50phr 6.5 [wt %] 20

O MM 391 ρ nD 1.487 Shore A Hardness Relative extrac- Fogging number OXSOFT GPO 6422- d 0.983 20 °C [mm² / s] 64.1 Color ≤ 20 ASTM D1706, 50 phr 81 tion resistance 3 hours, 100 °C, 67phr n. a. 86-2 Flp [°C] COC 383 40 °C[mm² / s] n. a. Volatiles [wt %] n. a. 100 % Modulus [mPa] ASTM D1239, 50phr VOC data (Boiling 100 °C [mm² / s] 5 Bp 383 ASTM D638, 50phr 11 point) [°C] 400 soapy water Mp – 48 Low temperature extraction [wt %] 0.4 O rVd 13.5 flexibility [°C] O O O O ASTM D1043, 50phr – 26 oil extraction [wt %] 10 O O Elevated temp volatility [wt %] O O O hexane extraction 100 °C. 7 days, loss, 50phr n. a. [wt %] 26

MM n. a. ρ nD 1.47 Shore A Hardness Relative extrac- Fogging number OXSOFT DUO 1 d 0.98 20 °C [mm² / s] 50 Color ≤ 30 ASTM D1706, 50 phr 83 tion resistance 3 hours, 100 °C, 67phr 70 Flp [°C] COC > 199 40 °C [mm² / s] n. a. Volatiles [wt %] 0.2 100 % Modulus [mPa] ASTM D1239, 50phr VOC data 100 °C [mm² / s] n. a. Viscosity 50 ASTM D638, 50phr 19 (Boiling point) [°C] n.a. soapy water Low temperature extraction [wt %] 1.2 flexibility [°C] ASTM D1043, 50phr – 37 oil extraction [wt %] 3

Elevated temp volatility [wt %] hexane extraction 100 °C. 7 days, loss, 50phr 4.4 [wt %] 17

MM n. a. ρ nD 1.48 Shore A Hardness Relative extrac- Fogging number OXSOFT DUO 2 d 0.99 20 °C [mm² / s] 150 Color ≤ 30 ASTM D1706, 50 phr 84 tion resistance 3 hours, 100 °C, 67phr 84 Flp [°C] COC > 199 40 °C [mm² / s] n. a. Volatiles [wt %] 0.23 100 % Modulus [mPa] ASTM D1239, 50phr VOC data 100 °C [mm² / s] n. a. ASTM D638, 50phr 19 (Boiling point) [°C] n.a. soapy water Low temperature extraction [wt %] 0.4 flexibility [°C] ASTM D1043, 50phr – 24 oil extraction [wt %] 1.2

Elevated temp volatility [wt %] hexane extraction 100 °C. 7 days, loss, 50phr 1.9 [wt %] 15

Physical data

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

MM 547 nD 1.485 Shore A Hardness Relative extrac- Fogging number OXSOFT TOTM 3319- d 0.9885 Color ≤ 30 ASTM D1706, 50 phr 88 tion resistance 3 hours, 100 °C, 67phr 97 O O (St) 31-1 Flp [°C] COC 224 °C Volatiles [wt %] 0.14 100 % Modulus [mPa] ASTM D1239, 50phr VOC data (Boiling O O ρ Bp 655 ASTM D638, 50phr 12.8 point) [°C] 355 soapy water O 20 °C [mm² / s] 335 Mp – 43 Low temperature extraction [wt %] 0.1 40 °C [mm² / s] 90 flexibility [°C] O 100 °C [mm² / s] 9.6 ASTM D1043, 50phr – 20 oil extraction [wt %] 10

Elevated temp volatility [wt %] hexane extraction 100 °C. 7 days, loss, 50phr 1.1 [wt %] 26

MM 589 nD 1.483 OXSOFT L9TM 35415- d 0.972 Color

MM 403 nD 1.444 OXFILM 351 d 0.966 Color ≤ 30 Flp [°C] COC 196 Volatiles [wt %] 0.53 ρ Bp 340 – 351 20 °C [mm² / s] 16.3 Mp – 70 40 °C [mm² / s] 8.8 ST 45.8 100 °C [mm² / s] 2.4 Vp < 0.001

MM 555 Color ≤ 100 O OXLUBE L9-TMP 126- d 0.9401 Noack volatility, 57-8 O Flp [°C] COC 224 weight loss [wt %] 1.73 O ρ Bp 532 O O 20 °C [mm² / s] 46.9 Mp – 45 40 °C [mm² / s] 21 Oxidation stability, O 100 °C [mm² / s] 4.6 RPVOT [minutes] 79 Biodegradeability OECD 301B [%] 95

42 43 7 SPECIALTY ESTERS APPLICATION AREAS

Wire & Construction Flooring & Automotive Household / miscellaneous Medical Cable Carpets Insulation

Cable Caulks and Sealants Adhesives Urethane Sealants Paper Wall Hoses Roofing Swimming Pool Liners Vinyl Tile Resilient Flooring Carpets Artificial Leather Auto Mats Wiring Furniture Garden Hoses Cloths Table Shower Curtains Floor Mats Food Cling Wraps Toys Inks Blood Bags Tubes Nutrition Plasticizer Lubricant Coalescing Agent Building Wire & Other Wire 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

44 45 ALPHABETICAL PRODUCT INDEX

B D H M O T n-Butanol 12 Di-n-butylamine 32 n-Heptanal 6 3-Methylbutylamine 30 n-Octylamine 30 TCD Alcohol DM 24 n-Butyl Acetate 16 Di-2-ethylhexylamine 32 n-Heptanol 12 2-Methylbutyraldehyde 6 OXBLUE DOSX 38 TCD Alcohol M 12 n-Butylamine 28 Di-isoamylamine 32 n-Heptanoic Acid 20 2-Methylbutyric Acid 18 OXFILM 351 42 Tri-n-butylamine 34 1,3 Butylene Glycol 24 Di-n-propylamine 32 2-Methylpentanoic Acid 18 OXLUBE L9-TMP 42 Trimethylolpropane 24 n-Butyric Acid 18 3-Methylbutyric Acid 18 OXSOFT 3G8 40 Tri-n-propylamine 34 n-Butyraldehyde 6 I OXSOFT DOA 40 E OXSOFT DUO 1 40 Isobutanol 12 N OXSOFT DUO 2 40 U C N-Ethyl-n-butylamine 32 Isobutyl Acetate 16 OXSOFT GPO 42 2-Ethylhexanal 6 Isobutyraldehyde 6 Neopentylglycol 24 OXSOFT TOTM (St) 42 n-Undecanal 8 n/i-C13/C15-Aldehyde 8 2-Ethylhexanoic Acid 20 Isobutyric Acid 18 n-Nonanal 8 OXSOFT L9TM 42 2-Ethylhexanol 12 Isononanal 8 n-Nonanol 12 2-Ethylhexylamine 30 Isononanoic Acid 20 n-Nonanoic Acid 20 V Isononanol 12 P Isopentanoic Acid 18 n-Valeraldehyde 6 Isopropylamine 28 Pelargonic Acid 20 n-Valeric Acid 18 Isovaleraldehyde 6 n-Propanol 12 Isovaleric Acid 18 Propionic Acid 18 Propionaldehyde 6 n-Propyl Acetate 16 n-Propylamine 28

46 47 PRODUCTION PLATFORM

Precursors Intermediates Derivatives Aldehydes Alcohols Polyols Acids Esters Amines

Propionaldehyde n-Propanol n-Propyl Acetate C Ethylene 2 Propionic Acid (AF) Propylamines 2-Methylpentanoic Acid OXSOFT TOTM (St) OXSOFT DOA 2-EH OXSOFT GPO

OXBLUE DOSX 2-EH Acid 2-EH-Amines n-Butyraldehyde n-Butanol OXSOFT 3G8 C3 Propylene TMP n-Butyric Acid (AF) OXFILM 351

Isobutyric Acid

Isobutyraldehyde Isobutanol n-/Isobutyl Butyl-amines

Syngas NPG Acetate

n-Valeric Acid n-Valeraldehyde 2-Methylbutyric Acid 2-Methyl- Butene butyraldehyde 2-Methylbutanol Isopentanoic Acid C4 - 3-Methyl- butylamine C8 3-Methyl- butyraldehyde 3-Methylbutyric Acid 3-Methylbutanol Heptanoic Acid (HP) n-Heptanol Higher OXLUBE L9-TMP Olefins Higher Aldehydes Pelargonic Acid (HP) n-Nonanol Isononanoic Acid (M) OXSOFT L9TM Isononanol TCD Alcohol DM

Other Precursors 1,3 Butylene Glycol Other Amines

48 49 DIVERSIFIED PRODUCT PORTFOLIO

Applicable to a wide range of end-uses

Oxo-Intermediates Oxo-Derivatives

Aldehydes / Carboxylic Acids Polyols Amines Higher Aldehydes Higher Alcohols & Specialty Esters Alcohols / Esters Specialty Derivatives

∙∙ Propionaldehyde ∙∙ n-Butyric Acid (AF) ∙∙ 1,3 Butylene Glycol ∙∙ Propylamines ∙∙ n-Undecanal ∙∙ 2-Methylbutanol ∙∙ OXBLUE DOSX ∙∙ n-Butyraldehyde ∙∙ Isobutyric Acid ∙∙ TCD Alcohol DM ∙∙ Butylamines ∙∙ n-Nonanal ∙∙ 3-Methylbutanol ∙∙ OXLUBE L9-TMP ∙∙ Isobutyraldehyde ∙∙ Valeric Acid (HP) ∙∙ Neopentylglycol ∙∙ 2-Ethylhexylamines ∙∙ 2 Ethylhexanal ∙∙ n-Heptanol ∙∙ OXSOFT DOA ∙∙ n-Butanol ∙∙ 2-Methylbutyric Acid ∙∙ TMP ∙∙ n-Octylamine ∙∙ n / i-C13 / C15-Aldehyde ∙∙ n-Nonanol ∙∙ OXSOFT 3G8 ∙∙ Isobutanol ∙∙ 3-Methylbutyric Acid ∙∙ 3-Methylbutylamine ∙∙ Isovaleraldehyde ∙∙ 3,5,5-Trimethylhexanol ∙∙ OXSOFT GPO ∙∙ n-Propanol ∙∙ Heptanoic Acid (HP) ∙∙ Dimethylbutylamine ∙∙ Isononanal (Isononanol) ∙∙ OXSOFT DUO 1 ∙∙ n-Propyl Acetate ∙∙ 2-Ethylhexanoic Acid ∙∙ n-Valeraldehyde ∙∙ TCD Alcohol M ∙∙ OXSOFT DUO 2 ∙∙ n-Butyl Acetate ∙∙ Pelargonic Acid (HP) ∙∙ OXSOFT TOTM (St) ∙∙ Isobutyl Acetate ∙∙ Isononanoic Acid ∙∙ OXSOFT L9TM ∙∙ 2-Ethylhexanol ∙∙ Propionic Acid (AF) ∙∙ OXFILM 351 ∙∙ Isopentanoic Acid

∙∙ Lacquers & Paints ∙∙ Lubricants ∙∙ High Solids Coatings ∙∙ Agrochemicals ∙∙ Chemical ∙∙ Performance ∙∙ Plasticizer ∙∙ Lubricants ∙∙ Siccatives ∙∙ Powder Coatings ∙∙ Rubber Chemicals Intermediates Chemicals ∙∙ Lubricants ∙∙ Printing Inks ∙∙ Flavors & Fragrances ∙∙ Cosmetics ∙∙ Polymer Additives ∙∙ Flavours & Fragrances ∙∙ Agrochemicals ∙∙ Coalescing Agent ∙∙ Flavours & Fragrances ∙∙ Polymer-Stabilizers ∙∙ Lubricants ∙∙ Surfactants ∙∙ Flavours & Fragrances ∙∙ Polymer Additives ∙∙ Dye Intermediates

∙∙ Automotive & Transportation ∙∙ Consumer & Retail ∙∙ Construction & ∙∙ Agriculture ∙∙ Consumer & Retail ∙∙ Automotive & ∙∙ Food Packaging ∙∙ Industrial Goods ∙∙ Industrial Goods Real Estate ∙∙ Automotive & ∙∙ Industrial Goods Transportation ∙∙ Medical devices ∙∙ Construction & Real Estate ∙∙ Cosmetics ∙∙ Automotive & Transportation ∙∙ Packaging ∙∙ Consumer & Retail ∙∙ Construction Transportation ∙∙ Consumer & Retail ∙∙ Agriculture ∙∙ Consumer & Retail ∙∙ Pharmaceuticals ∙∙ Healthcare & Medical ∙∙ Automotive ∙∙ Electronics Industry ∙∙ Pharmaceuticals ∙∙ Packaging ∙∙ Construction & ∙∙ Construction & ∙∙ Cosmetics Real Estate Real Estate ∙∙ Cosmetics ∙∙ Pharmaceuticals ∙∙ Cosmetics ∙∙ Print Media ∙∙ Print Media ∙∙ Pharmaceuticals

OXEA Products Key Applications End markets

50 51 OXEA WORLDWIDE FACTS AND FIGURES

Production sites/ Founded March 1, 2007 as a buy-out from two global Commercial offices chemical companies (Celanese and Evonik) Owner Oman Oil Company Employees approx. 1,400 Amsterdam

Monheim Annual Sales approx. € 1.5 billion Plants Europe: Oberhausen, Marl, Amsterdam USA: Bay City, Bishop Oberhausen China: Nanjing Marl Dallas Offices Europe: Monheim Americas: Dallas, Mexico City Asia: Tokyo, Singapore, Shanghai Bay City Tokyo Products Global supplier of Aldehydes, Oxo Alcohols, Esters, Bishop Shanghai Carboxylic Acids, Specialty Esters, Polyols, Nanjing Specialty Derivatives and Amines Applications Ingredients for paints & coatings, adhesives, Mexico City flavors & fragrances, cosmetics, lubricants, pharmaceuticals and plastics Singapore Sales Force Experienced global sales team providing service to customers in Europe, the Americas and Asia Management Dr. Oliver Borgmeier Chief Operating Officer, Executive Vice President Global Operations

Stefan Schmidt Chief Financial Officer, Executive Vice President Finance & IT

Learn more about OXEA: www.oxea-chemicals.com

52 53 54 55 For further information please contact your nearest OXEA Sales Representative.

USA Germany Phone: +1 972-481-2700 Phone: +49 2173 9993-0 [email protected]

Disclaimer For industrial use only. The information contained herein is accurate to the best of our knowledge. We do not suggest or guarantee that any hazards listed herein are the only ones which exist. OXEA makes no warranty of any kind, express or implied, concerning the safe use of this material in your process or in combination with other substances. The user has the sole responsibility to determine the suitability of the materials for any www.oxea-chemicals.com/en/ use and the manner of use contemplated. The user must meet all applicable safety and contact/sales-cr.html health standards.

Imprint

OXEA GmbH Trade Register Layout Rheinpromenade 4a Amtsgericht Düsseldorf HRB 79958 vE&K Advertising agency 40789 Monheim am Rhein Essen Germany VAT-Identification Number: DE813758906 Phone: +49 2173 9993-0 [email protected]