Lasem Industrie 2011

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CONTENTS

· INTRODUCTION

· GENERAL APPLICATIONS

· LUBRICANT APPLICATIONS

Automotive

Industrial

· TYPICAL PRODUCT CHARACTERISTICS

Industr ia l Química Lasem is a European Oleochemical producer. The company was founded in 1947 and from the beginning we have been providing solutions essentially for two sectors:

Industrial, offering esters designed specially for the lubricant industry, plastics, textile, inks and other sectors where a friendlier environmental solution could be required.

Cosmetics/Personal care, offering a wide range of emollients and emulsifiers, based mainly on vegetal and other renewable raw materials.

We are one of the largest fatty esters producers with a production capacity greater than 30.000 MT and an extensive portfolio of more than 150 different esters, including both commodities and specialities.

We are active in more than 50 countries, either directly or through our local distributor or agent, and in Asia via our affiliated company Lasem Asia.

INTRODUCTION

TECHNOLOGY

The new IQL facilities were set up in 2003. We designed a very flexible production site that operates with a reliable automated system. When drawing up the plans we took advantage of our more than 50 years of experience in producing esters and created technologically advanced reactors as well as the other needed production services. Different engineering design parameters were considered which now provide both soft and effective process conditions while at the same time a high degree of respect for the environment.

Operation units involved in the production of esters are:

Esterification

Neutralization/purification

Deodorization

Our commitment is to the continuous improvement of the processes and the utilization of fewer natural resources when producing our high quality esters under safe conditions and in a sustainable manner. The production site is certified ISO 14001 (environmental management) and has also been awarded the international quality standard ISO 9001. We manufacture some of our esters under HACCP requirements and we have Kosher as well as Halal certificates.

After listening to customer requirements and taking into account new social trends, we continue to expand our range of esters with the intention of providing sustainable solutions.

In recent years our approach has been to correlate chemical structure with functional parameters, leading us to develop a wide range of esters fully adapted to the customer’s requirements and providing the best solution based on natural oleochemical sources.

Considering the esters multifunctionality (Lubricity, Surfactancy and Solvency), and also due to the modularity when building an ester, we can estimate and create molecules that will perform a certain function.

RESEARCH, DEVELOPMENT AND INNOVATION

Saturated, highly stable, protection from oxidation,multisectorial.

DOCADIT Speciality estersEsters with improved properties. Designed for concrete applications when exceptional performance is required.

SOLDOC Isostearates Highly renewable esters, saturated and hindered, good cold-temperature properties, oxidatively and hydrolytically stable.

DOCOIL Polycarboxylic esters Saturated, good cold-temperature properties.

Coconut, palm, branchedC8 and branched C9 esters

WAGLINOL Saturated or slightly unsaturated, protection from oxidation.

Unsaturated esters, higher lubricity, cold-temperature properties.WEICHOL Oleates

TRADEMARK CHEMICAL FAMILY REMARKS

LASEMUL Stearates

general product applicationswww.lasem.com

TRADE NAME FAMILY lubricants plastics textile industrial cleaning

coatings leather rubber water treatment

inks

DOCADIT 260 Mono Ester X

DOCADIT 300 Polyol Ester X

DOCADIT 3000 Complex Ester X

DOCADIT 3050 Polyfunctional Esters X


DOCADIT 455 Formulated Ester X


DOCADIT 470 Glycol Ester X








DOCADIT HV Complex Ester X

DOCOIL DIDA Polyfunctional Esters X

DOCOIL DOA Polyfunctional Esters X X X X

DOCOIL DOS Polyfunctional Esters X X X X

DOCOIL DTDA Polyfunctional Esters X X

DOCOIL DTM Polyfunctional Esters X

DOCOIL TMO Polyfunctional Esters X X

FTALATO 260 Polyfunctional Esters X

LASEMID D 88 Fatty Amide X X

LASEMID DS Fatty Amide X

LASEMID DT Fatty Amide X

LASEMID M 88 Fatty Amide X

LASEMID SDO Fatty Amide X X



inks

LASEMID SM 28 Fatty Amide X X

LASEMID SME 18 Fatty Amide X X

LASEMUL 1000 Polyglycol Ester X X

LASEMUL 130 Mono Ester X X X X

LASEMUL 130 S Mono Ester X X X

LASEMUL 1500 Polyglycol Ester X

LASEMUL 2/136 Polyol Ester X

LASEMUL 2/62 Glycol Ester X

LASEMUL 2025 Polyglycol Ester X

LASEMUL 260 Mono Ester X

LASEMUL 3/136 Polyol Ester X

LASEMUL 32 E Mono Ester X X

LASEMUL 32 R Mono Ester X X

LASEMUL 4/136 Polyol Ester X X

LASEMUL 400 Polyglycol Ester X X X

LASEMUL 62 E Glycol Ester X X

LASEMUL 74 Mono Ester X X X X

LASEMUL 74 NP Mono Ester X X X

LASEMUL 92 AE Glycerides X X

LASEMUL 92 N 40 Glycerides X X X

LASEMUL 92 NF Glycerides X

LASEMUL 9290 P/K Glycerides X

LASEMUL S 74 Mono Ester X

SOLDOC 2/400 Polyglycol Ester X

SOLDOC 130 Mono Ester X

SOLDOC 3/134 Polyol Ester X

SOLDOC 4/136 Polyol Ester X

WAGLINOL 13016 Mono Ester X X X

WAGLINOL 13028 Mono Ester X

WAGLINOL 1308 Mono Ester X X

general product applicationswww.lasem.com



inks

WAGLINOL 13088 T Mono Ester X X X

WAGLINOL 2/10488 Glycol Ester X

WAGLINOL 212 Polyglycol Ester X



WAGLINOL 288 Polyglycol Ester X X

WAGLINOL 3/13480 Polyol Ester X

WAGLINOL 3/9280 Glycerides X



WAGLINOL 3288 Mono Ester X X

WAGLINOL 4/13608 Polyol Ester X X

WAGLINOL 4/13680 Polyol Ester X X


WAGLINOL 488 Polyglycol Ester X X X

WAGLINOL 6012 Mono Ester X X X X

WAGLINOL 6016 Mono Ester X X X X X


WAGLINOL E Polyglycol Ester X

WAGLINOL GSCB Mono Ester X

WAGLINOL ITD 12 Mono Ester X

WAGLINOL ITD 16 Mono Ester X

WEICHOL 1000 Polyglycol Ester X

WEICHOL 130 Mono Ester X X X

WEICHOL 130 HO Mono Ester X

WEICHOL 130 W Mono Ester X

WEICHOL 2/104 Glycol Ester X

WEICHOL 2/104 W Glycol Ester X

WEICHOL 2/400 Polyglycol Ester X X X X



inks

WEICHOL 2/600 Polyglycol Ester X X X X

WEICHOL 2/76 Glycol Ester X X X

WEICHOL 2/76 HO Glycol Ester X X X

WEICHOL 2/76 W Glycol Ester X

WEICHOL 200 Polyglycol Ester X X

WEICHOL 3/134 Polyol Ester X X X

WEICHOL 3/134 A Complex Ester X

WEICHOL 3/134 HO Polyol Ester X

WEICHOL 3/134 W Polyol Ester X

WEICHOL 3/92 W Glycerides X X X

WEICHOL 3/96 V Glycerides X X X

WEICHOL 300 Polyglycol Ester X

WEICHOL 32 Mono Ester X X X X X

WEICHOL 32 DF Mono Ester X

WEICHOL 32 W Mono Ester X X

WEICHOL 33 Mono Ester X

WEICHOL 35 Mono Ester X X X X

WEICHOL 4/136 Polyol Ester X

WEICHOL 4/136 HO Polyol Ester X

WEICHOL 4/136 W Polyol Ester X

WEICHOL 400 Polyglycol Ester X X X X

WEICHOL 60 Mono Ester X X

WEICHOL 60 W Mono Ester X

WEICHOL 600 Polyglycol Ester X X

WEICHOL 74 Mono Ester X X X X

WEICHOL 74 NP Mono Ester X X X

WEICHOL 92 Glycerides X X X X

WEICHOL 92 N Glycerides X X X

WEICHOL 92 NF Glycerides X

lubricant esters rangewww.lasem.com

TRADE NAME FEATURES AUTOMOTIVE INDUSTRIAL FAMILY

Two-Stroke

Engines

Four-Stroke

Engines

Gear/Trans-

mission

Hydraulic Fluids

Chain Oils

Metal-working Fluids

Rolling Gear Oils

Greases Turbine Oils

Air Com-

pressors

DOCADIT 10000Complex ester based on

renewable carboxylic acids. Lubricant improver, to be

used as a thickener.

X X X Complex Ester

DOCADIT 10010Complex ester based on

renewable carboxylic acids, saturated. Lubricant improv-er, to be used as a thickener.

X X X X Complex Ester

DOCADIT 17000

Highly viscous complex ester based on renewable long

chain fatty acids. To be used as a lubricant improver, addi-

tive or thickener.

X X X X X X Complex Ester

DOCADIT HV

Highly viscous complex ester based on renewable long

chain fatty acids. To be used as a lubricant improver, ad-ditive or thickener. Recom-

mended in high temperature applications.

X X X X Complex Ester

DOCOIL DIDA

Synthetic di-ester hindered and saturated, highly stable. Good low temperature per-

formance.

X X Polyfunctional Esters

DOCOIL DOASaturated di-ester, highly sta-ble. Good low temperature

performance.X X X Polyfunctional

Esters

DOCOIL DOS Saturated di-ester, highly sta-ble. Good low temperature

performance.X X X Polyfunctional

Esters

DOCOIL DTDA

Synthetic di-ester hindered and saturated, highly stable. Good low temperature per-

formance.

X X X Polyfunctional Esters

DOCOIL DTM

Branched trimellitate ester, oxidatively and hydrolytically stable, recommended in high

temperature applications.

X Polyfunctional Esters

DOCOIL TMO

Branched trimellitate ester, oxidatively and hydrolytically stable, recommended in high

temperature applications, to be used as basefluid or

additive.

X X X Polyfunctional Esters


Two-Stroke

Engines

Four-Stroke

Engines

Gear/Trans-

mission

Hydraulic Fluids

Chain Oils


Rolling Gear Oils


Air Com-

pressors

LASEMUL 130 Low viscosity, saturated mo-no-ester, oxidatively stable. X Mono Ester

LASEMUL 130 S Low viscosity, mono-ester. X Mono Ester

LASEMUL 74 Low viscosity, saturated mo-no-ester, oxidatively stable.

X X Mono Ester

LASEMUL 74 NPLow viscosity, saturated mo-no-ester, oxidatively stable. X X Mono Ester

LASEMUL S 74 Low viscosity, mono-ester. X Mono Ester

SOLDOC 130

Saturated, hindered mono-es-ter, low viscosity, high stabil-ity and good low temperature

performance.

X Mono Ester

SOLDOC 3/134

Based on renewable sources, Hindered and saturated.

Extremely oxidatively stable. Low volatility and high Flash

Point.

X X X X Polyol Ester

SOLDOC 4/136

Based on renewable sources, Hindered and saturated.

Extremely oxidatively stable. Low volatility and high Flash

Point.

X X X X Polyol Ester

WAGLINOL 13016 Low viscosity, saturated mono-ester. X Mono Ester

WAGLINOL 13028 Low viscosity, mono-ester. X X Mono Ester

WAGLINOL 1308 Low viscosity, branched, satu-rated mono-ester X X Mono Ester

WAGLINOL 13088 T Low viscosity, mono-ester X X Mono Ester

WAGLINOL 2/10488

Based on renewable fatty acid sources, Hindered, oxi-

datively stable. Low volatility.X Glycol Ester

WAGLINOL 3/13480

Saturated ester, highly stable in front the oxygen. Good

low temperature behaviour. Recommended in high tem-

perature applications.

X X X X X X X X Polyol Ester

WAGLINOL 3/9280

Saturated ester, extremely oxidatively stable. Recom-

mended in high temperature applications and when food

grade is required.

X Glycerides

lubricant esters rangewww.lasem.com


Two-Stroke

Engines

Four-Stroke

Engines

Gear/Trans-

mission

Hydraulic Fluids

Chain Oils


Rolling Gear Oils


Air Com-

pressors

WAGLINOL 3212 Saturated Mono-ester, low viscosity, recommended in

aluminium processing. Clean burn.

X Mono Ester

WAGLINOL 3288Mono-ester, low viscosity,

recommended in aluminium processing. Clean burn.

X Mono Ester

WALINOL 4/13608

Saturated ester, extremely oxidatively stable. Good low temperature performance. Recommended in high tem-


X X Polyol Ester

WAGLINOL 4/13680

Saturated ester, extremely oxidatively stable. Good low temperature performance. Recommended in high tem-


X X Polyol Ester

WAGLINOL 6012Saturated Mono-ester, low

viscosity. Clean burn.X Mono Ester

WAGLINOL 6016 Saturated Mono-ester, low viscosity. Clean burn.

X

WAGLINOL ITD 12 Saturated Mono-ester. X

WAGLINOL ITD 16 Saturated Mono-ester. X Mono Ester

WEICHOL 130

Unsaturated, branched mono-ester, hydrolytically stable,

could be used as basefluid or additive.

X X Mono Ester

WEICHOL 130 HO

Unsaturated, vegetal fatty acid based, branched mono-ester, hydrolytically stable, improved cold-temperature

properties, to be used as basefluid or additive.

X Mono Ester

WEICHOL 130 W

Unsaturated, branched mono-ester, hydrolytically stable, improved cold-temperature

properties, to be used as basefluid or additive.

X Mono Ester

Mono Ester

Mono Ester


Two-Stroke

Engines

Four-Stroke

Engines

Gear/Trans-

mission

Hydraulic Fluids

Chain Oils


Rolling Gear Oils


Air Com-

pressors

WEICHOL 2/104Unsaturated, polyol ester, hy-drolytically stable, to be used

as basefluid or additive.X Glycol Ester

WEICHOL 2/104 W Unsaturated, polyol ester, hy-drolytically stable, to be used

as basefluid or additive.X Glycol Ester

WEICHOL 2/76

Unsaturated, glycol ester, to be used as basefluid or ad-ditive in neat metalworking

fluid applications.

X Glycol Ester

WEICHOL 2/76 HO

Unsaturated, vegetal fatty acid based, glycol ester, im-

proved low temperature properties, to be used as

basefluid or additive in neat metalworking fluid applica-

tions.

X Glycol Ester

WEICHOL 2/76 W

Unsaturated, glycol ester, improved low temperature performance, to be used as basefluid or additive in neat metalworking fluid applica-

tions.

X Glycol Ester

WEICHOL 3/134Unsaturated, polyol ester, hy-drolytically stable, to be used

as basefluid or additive.X X

WEICHOL 3/134 A

Unsaturated polyol complex ester, hydrolytically stable, to be used as basefluid or

additive.

X

WEICHOL 3/134 HOUnsaturated, vegetal fatty acid based polyol ester, hy-

drolytically stable, to be used as basefluid or additive.

X X

WEICHOL 3/134 W Unsaturated, polyol ester, hy-drolytically stable, to be used

as basefluid or additive.X X Polyol Ester

WEICHOL 3/92 W Triglyceride, unsaturated es-ter, food grade applications. X X

WEICHOL 3/96 V Triglyceride, unsaturated es-ter, food grade applications. X X Glycerides

WEICHOL 32Unsaturated mono-ester, to be used as basefluid or ad-

ditive.X Mono Ester

Glycerides

Polyol Ester

Polyol Ester

Complex Ester

typical product characteristicswww.lasem.com

TRADE NAME Chemical Description Aspect Saponification Value (mgKOH/g)

Hydroxyl Value (mgKOH/g)

Iodine Value (gI2/100g) Acid Value (mgKOH/g)

LASEMUL 2/136 PE Di-stearate Flakes 180 105 0,7 1,5

LASEMUL 3/136 PE Tri-stearate Flakes 183 60 0,7 1,5

LASEMUL 4/136 PE Tetra-stearate Flakes 190 14 0,7 1,5

TRADE NAME Chemical Description KV 40ºC (mm2/s)

KV 100ºC (mm2/s)

Viscosity Index

Acid Value (mgKOH/g)

Saponifica-tion Value

(mgKOH/g)

Density 20ºC (g/ml)

Iodine Value (gI2/100g)

Hydroxyl Value

(mgKOH/g)

Flash Point (ºC)

Pour Point (ºC)

DOCADIT 300 TMP Tricocoate 35 7 165 1 242 0,92 7 5 295 0

DOCADIT 440 TMP Ester 44 8,5 180 0,1 200 0,92 72 10 310 -52

DOCADIT 455 Formulated product 48 0,1 0,5 5 250 250 -40

DOCADIT 460 TMP Trioleate 48 9,5 185 0,1 182 0,9 84 5 310 -45

SOLDOC 3/134 TMP Tri-isostearate 90 14 144 0,1 0,92 3,5 8 290 -27

SOLDOC 4/136 PE Tetra-isostearate 137 18 140 0,1 0,92 3,7 8 300 -30

WAGLINOL 3/13480 TMP Tricaprylate caprate 19,5 4,5 140 0,1 310 0,94 1 4 250 -50

WAGLINOL 4/13608 PE Tetracaprylate 26 0,5 340 0,96 1 4

WAGLINOL 4/13680 PE Tetracaprylate caprate 32 6,2 144 0,1 330 0,96 1 4 285 -10

WEICHOL 3/134 TMP Trioleate 47 9,3 185 0,7 182 0,9 78 8 310 -25

WEICHOL 3/134 HO TMP Trioleate 48 9,5 185 0,5 182 0,9 83 8 310 -45

WEICHOL 3/134 W TMP Trioleate 48 9,5 185 0,5 182 0,9 84 8 310 -45

WEICHOL 4/136 PE Tetraoleate 68 12,5 175 0,7 192 0,91 80 8 300 -15

WEICHOL 4/136 HO PE Tetraoleate 68 12,5 175 0,7 192 0,91 87 8 300 -20

WEICHOL 4/136 W PE Tetraoleate 68 12,5 175 0,7 192 0,91 87 8 300 -20

polycarboxylic esters

polyol esters


KV 100ºC (mm2/s)

Viscosity Index



(mgKOH/g)



Hydroxyl Value

(mgKOH/g)

Flash Point (ºC)

Pour Point (ºC)

DOCADIT 3050 Tri-isotridecyl Trimellitate 300 20 75 0,1 214 0,96 0,5 0,5 275 -25

DOCADIT 500 Decyl Octyl Trimellitate 51,7 8 124 0,1 288 0,97 0,5 0,5 280 -47

DOCADIT 940 Di-2-Ethylhexyl Dimerate 94 13,5 145 0,1 0,91 2 290 -45

DOCADIT 945 Di-2-Ethylhexyl Dimerate (Hydrogenated)

84 13 145 0,1 0,91 2 280 -40

DOCOIL DIDA Di-isodecyl Adipate 14 3,5 155 0,1 265 0,92 1 0,5 210 -60


KV 100ºC (mm2/s)

Viscosity Index




Hydroxyl Value

(mgKOH/g)

Flash Point (ºC)

Pour Point (ºC)

DOCADIT 3000 Adipic acid, polymer with PE and Oleic acid

300 8 73 15 -20

DOCADIT 5000 PE mixed esters with sebacic acid and isoestearic

490 50 145 0,1 2,5 10 300 -33

DOCADIT 10000 Dimeric acid, polymer with TMP and oleic

1040 100 190 0,5 0,9 12 300 -25

DOCADIT 10010 PE mixed esters with sebacic acid and isoestearic

1040 90 165 0,1 2,5 15 290 -20

DOCADIT 17000 Polyol complex ester 1700 125 175 0,2 0,92 8 300 -20

DOCADIT HV Polyol complex ester 47000 2000 0,5 0,92 12 320

WEICHOL 3/134 A TMP mixed esters with adipic acid and oleic

68 13 184 2 0,9 78 8 300 -20

complex esters




(mgKOH/g)



Flash Point (ºC) Freezing Point (ºC)

LASEMUL 32 E Methyl Stearate 0,5 200 0,85 0,5 180 31

LASEMUL 32 R Methyl Stearate 0,5 198 0,85 0,5 180 33

WAGLINOL 3208 Methyl Caprylate 0,2 355 0,88 0,5

WAGLINOL 3212 Methyl Laurate 2,4 0,5 262 0,87 0,5 130 12

WAGLINOL 3288 Methyl Cocoate 2,7 0,5 239 0,87 8

WEICHOL 32 Methyl Oleate 4,5 1 196 0,88 85

WEICHOL 32 DF Methyl Oleate 4,5 1 195 0,88 87

WEICHOL 32 W Methyl Oleate 4,5 1 195 0,88 90 170 -10

WEICHOL 33 Soybean, Methyl ester 4,4 1 190 0,88 123 -5

WEICHOL 35 Rapeseed, Methyl ester 4,5 1 192 0,88 115 170 -9

methyl esters


KV 100ºC (mm2/s)

Viscosity Index



(mgKOH/g)



Hydroxyl Value

(mgKOH/g)

Flash Point (ºC)

Pour Point (ºC)

DOCOIL DOA Di-2-Ethylhexyl Adipate 7,7 2,3 120 0,1 303 0,93 1 0,5 180 -60

DOCOIL DOS Di-2-Ethylhexyl Sebacate 11,5 3,4 150 0,2 264 0,91 0,5 1 210 -70

DOCOIL DTDA Di-isotridecyl Adipate 26,3 5,2 135 0,1 223 0,91 1 1 220 -54

DOCOIL DTM Tri-isodecyl Trimellitate 143 13 83 0,1 270 0,97 0,5 0,5 280 -33

DOCOIL TMO Tri-2-Ethylhexyl Trimellitate 91 9,6 78 0,1 305 0,99 1 0,5 260 -40


KV 100ºC (mm2/s)

Viscosity Index Pour Point (ºC) Flash Point (ºC) Density 20ºC (g/ml)



DOCADIT 470 NPG Di-isostearate 46 8 147 -30 275 0,9 3 0,1

WAGLINOL 2/10488 NPG Di-cocoate 17 4 174 -6 245 0,9 7 1,5

WEICHOL 2/104 NPG Dioleate 24,6 5,8 200 -15 280 0,9 74 1,5

WEICHOL 2/104 W NPG Dioleate 30 7 205 -22 295 0,9 80 1,5

WEICHOL 2/76 Propylene glycol Dioleate 19 4,4 150 -2 245 0,9 80 3

WEICHOL 2/76 HO Propylene glycol Dioleate 22 5 165 -6 250 0,9 86 1

WEICHOL 2/76 W Propylene glycol Dioleate 22 5 165 -6 250 0,9 87 1,5

TRADE NAME Chemical Description Dropping Point ºC Saponification Value (mgKOH/g)

Hydroxyl Value (mgKOH/g)

Iodine Value (gI2/100g) Acid Value (mgKOH/g)

LASEMUL 2/62 Ethylene glycol di-stea-rate

62 197 6 0,7 3,5

LASEMUL 62 E Ethylene glycol stearate 58 185 0,7 1,5

glycol esters

glyceridesTRADE NAME Chemical Description Saponification Value

(mgKOH/g)Monoglycerides % Iodine Value (gI2/100g) Acid Value (mgKOH/g)

LASEMUL 92 AE Glyceryl Stearate SE 170 30 1 3

LASEMUL 92 N 40 Glyceryl Stearate 168 40 1 2

LASEMUL 92 NF Glyceryl Stearate 180 17 1 2

LASEMUL 9290 P/K Glyceryl Monostearate 90 % 160 92 1 2

WEICHOL 92 Glyceryl Oleate 165 35 68 2,5

WEICHOL 92 N Glyceryl Oleate 165 40 80 3,5

WEICHOL 92 NF Glyceryl Oleate 170 17 100 2,5


KV 100ºC (mm2/s)

Viscosity Index

Cloud Point (ºC)

Pour Point (ºC)

Flash Point (ºC)




WAGLINOL 3/9280 Glyceryl Tricaprylate caprate 14,5 3,6 136 -10 -35 240 0,95 0,5 0,1

WEICHOL 3/92 W Glyceryl Trioleate 40 8,5 195 -10 290 0,92 90 1,5

WEICHOL 3/96 V Glyceryl Trioleate 39 6 0,92 70 0,5

triglycerides


KV 100ºC (mm2/s)

Viscosity Index



(mgKOH/g)



Hydroxyl Value

(mgKOH/g)

Flash Point (ºC)

Pour Point (ºC)

LASEMUL 130 S 2-Ethylhexyl Tallowate 9 1 145 0,87 40 1 200

LASEMUL S 74 Isobutyl Tallowate 6,5 2,3 202 0,7 170 0,86 50 1 185

WEICHOL 130 2-Ethylhexyl Oleate 8,6 2,7 160 0,7 143 0,87 64 0,5 220 -20

WEICHOL 130 HO 2-Ethylhexyl Oleate 8,5 2,7 160 0,2 143 0,87 67 0,2 220 -26

WEICHOL 130 W 2-Ethylhexyl Oleate 8,5 2,7 160 0,3 143 0,87 68 0,2 220 -27

WEICHOL 60 Isopropyl Oleate 5,4 2 220 0,5 176 0,87 77 0,5 180 -16

WEICHOL 60 W Isopropyl Oleate 5,3 2 220 0,5 176 0,87 80 0,3 185 -20

WEICHOL 74 Isobutyl Oleate 6 2,3 225 2 169 0,86 73 0,5 185 -17

WEICHOL 74 NP Butyl Oleate 5,9 0,5 169 0,87 73 0,5 190 -15

saturatedTRADE NAME Chemical Description KV 40ºC

(mm2/s)KV 100ºC (mm2/s)

Viscosity Index



(mgKOH/g)



Hydroxyl Value

(mgKOH/g)

Flash Point (ºC)

Pour Point (ºC)

DOCADIT 260 2-Octyldodecyl Isostearate 26 5,5 155 0,1 2,5 2 260 -30

LASEMUL 130 2-Ethylhexyl Stearate 10,2 2,8 120 0,5 148 0,86 0,5 0,2 200 3

LASEMUL 74 Isobutyl Stearate 7 1 172 0,5 0,5 190

LASEMUL 74 NP Butyl Stearate 6,4 2,3 210 0,7 172 0,85 0,5 0,5 190 21

SOLDOC 130 2-Ethylhexyl Isostearate 11 3,1 152 0,2 2,5 1 -25

WAGLINOL 13016 2-Ethylhexyl Palmitate 8,5 0,1 152 0,5 1 195

WAGLINOL 1308 2-Ethylhexyl 2-Ethylhex-anoate

2,7 0,1 0,5 0,5 -35

WAGLINOL 13028 2-Ethylhexyl Cocoate 5,3 0,2 176 0,86 4 0,5 170 -27

WAGLINOL 13088 T 2-Ethylhexyl Cocoate 5,4 1,9 0,2 174 0,86 6 0,5 170 -25

WAGLINOL 250 Cetyl Stearyl 2-Ethylhex-anoate

9,2 0,2 0,5 1

WAGLINOL 6012 Isopropyl Laurate 2,8 0,5 230 0,86 0,5 1

WAGLINOL 6016 Isopropyl Palmitate 5,1 0,2 188 0,85 0,5 0,5 170 9

WAGLINOL GSCB 2-Ethylhexyl Laurate 5 0,2 180 0,5 1 180 -27

WAGLINOL ITD 12 Isotridecyl Laurate 8 0,2 148 0,5 1

WAGLINOL ITD 16 Isotridecyl Palmitate 14,5 0,2 130 0,86 0,5 1

unsaturated


TRADE NAME Chemical Description Acid Value (mgKOH/g) Saponification Value (mgKOH/g)

Iodine Value (gI2/100g) Hydroxyl Value (mgKOH/g)

LASEMUL 1000 PEG-1000 Stearate 2,5 45 0,5 45

LASEMUL 1500 PEG-1500 Stearate 12 44 0,5 30

LASEMUL 2025 PEG/PPG-2025 Stearate 4 27 28

LASEMUL 400 PEG-400 Stearate 2,5 85 0,5 85

SOLDOC 2/400 PEG-400 Di-isostearate 4 115 3,5 15

WAGLINOL 212 PEG-200 Laurate 4 150 0,5 147

WAGLINOL 288 PEG-200 Cocoate 4 137 6 140

WAGLINOL 412 PEG-400 Laurate 4 95 0,5 96

WAGLINOL 488 PEG-400 Cocoate 2,5 90 3 93

WAGLINOL 612 PEG-600 Laurate 2,5 70 0,5 72

WAGLINOL E PEG-1000 Laurate 3 35 0,5

WEICHOL 1000 PEG-1000 Oleate 4 45 17 44

WEICHOL 2/400 PEG-400 Dioleate 4 118 50 10

WEICHOL 2/600 PEG-600 Dioleate 4 100 40 10





TRADE NAME Chemical Description Aspect Free amine % Ester in amide % Acid Value (mgKOH/g)

LASEMID D 88 Cocamide DEA Viscous liquid 5 6 0,5

LASEMID DS Soyamide DEA Viscous liquid 5 6 0,5

LASEMID DT Soyamide DEA Viscous liquid 25 12

LASEMID M 88 Cocamide MEA Solid 2 1

LASEMID SDO Oleamide DEA Viscous liquid 5 7 1

LASEMID SM 28 Stipped Cocamide MEA Solid 2 6 0,5

LASEMID SME 18 Stearamide MEA Solid 2 6 1

fatty amides

PEG esters


Av. de la Indústria, 7 Pol. Ind. Pla del Camí, s/n 08297 Castellgalí (Barcelona)Tel. + 34 93 875 88 40 Fax + 34 93 875 88 [email protected]

Documents

Lasem Industrie 2011