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ESTISOL ester fluids

ESTISOL esters are developed to be the formulators preferred alternative to aliphatic and aromatic hydrocarbons, limonene and VOC-classified oxygenated solvents in formulated chemicals products. ESTISOL esters may reduce or eliminate the VOC content, they improve the products health & safety profile and ensure an environmentally sound product profile without compromise to the technical performance.

ESTISOL
esters can act as straight replacements, solvency boosters, or carrier fluids in formulated products, e.g. industrial cleaners, degreasers, blanket & roller washes, printing inks, hand cleaners, paint strippers, and oil field chemicals.

At the bottom of each table you find the legend and explanation of the bio-based content.

                                                       ► Very polar solvents for paint strippers, graffiti removers and adhesive &ink cleaners

ESTISOL

Grade

Raw Material Base

Product Type

 Boiling Range °C

 Flash Point °C

 Pour Point °C

Viscosity

cP/25°C

Density kg/m³ at 20 °C

Iodine

Value

VOC

(*)

Polarity (**)

Bio-based
  Carbon*

Properties

110P

Veg./synthetic

ME

190 - 250

80

14

3

979

< 1

Y

HP

• Dissolves paints and polymers               

 

150

Synthetic

Di-ester

220 - 225

102

-25

2,5

1085

< 0,1

N

HP

  • Dissolves paints and polymers
•Dissolves flexo and UV inks

165

Synthetic

Di-ester

180 - 190

81

< -30

3

1100

< 0,1

Y

HP

  • Dissolves paints and polymers
•Dissolves flexo and UV inks

170

Vegetable

ME

180 - 300

78

< -20

4

873

< 1

Y

P

• Aromatic alternative in solvent mix     
180

Vegetable

ME

175 - 195

95

< -10

5

872

< 1

Y

P

• Aromatic alternative in solvent mix 

F3185

Synthetic

Di-ester

295 - 305

160

< 0

9

1160

< 0,1

N

HP

   
•Dissolves flexo and UV inks

Bio-based content in %
►NO DOT= X ≤ 5 - Synthetic Base ► =50 ≥ X > 5 - Partly bio-based= 95 > X >50 - Bio-based = X ≥ 95 - 100% bio-based

(*): Volatile Organic Compound, Based on vapor pressure criteria: non-VOC classification requires a vapor pressure < 0.01 kPa/20°C (**): HP = High Polar, P = Polar, MP = Medium Polar, LP = Low Polar
 
  ► Special Solvents used as formulation additives

ESTISOL

Grade

Raw Material Base

Product Type

Boiling Range °C

Flash Point °C

Pour Point °C

Viscosity

cP/25°C

 Density kg/m³ at 20 °C

Iodine

Value

VOC

(*)

Polarity (**)

Properties

140

Synthetic

ME

195 - 205

75

-90

1,3

870

< 0,1

Y

P


• Good wetting
• Solvency booster/ penetration aid
        

237

Synthetic

Di-ester

270 - 290

134

< -20

5

959

< 0,1

N

P


• Excellent coalescing properties

 

 

 

► Vegetable-based solvents for cleaners & degreasers

ESTISOL

Grade

Raw Material Base

Product Type

Boiling Range °C

 Flash Point °C

Pour Point
°C

Viscosity

cP/25°C

Density kg/m³ at 20 °C

Iodine

Value

VOC

(*)

Polarity (**)

Bio-based

Carbon*

Properties

190

Veg./synthetic

ME

234 - 267

124

< -10

4

880

< 1

N

P

• D-limonene alternative
• Good wetting
• Excellent degreasing properties
• Solvency booster/ penetration aid

210


Vegetable


ME


260 - 299


135


 -3


4


872


0.2


N


MP

• D-limonene alternative

222

Vegetable

ME

234 - 267

118

-50

2,5

864

< 1

N

P

• D-limonene alternative
• Good wetting
• Excellent degreasing properties
• Solvency booster/ penetration aid
• HC solvent alternative for additives
• Very oxidation stab

240

Vegetable

ME

255 - 320

130

< -30

5

865

< 1

N

MP

• HC solvent alternative for additives
• Very oxidation stable
242

Vegetable

ME

270 - 280

138

-8

3

854

< 1

N

MP

• D-limonene alternative
• Good wetting
• Excellent degreasing properties 
• HC solvent alternative for additives
• Very oxidation stable

260

Mixed Veg.

ME

260 - 320

160

-5

4

868

37

N

MP

• Excellent degreasing property

271

 

    Vegetable

    ME

 

295 - 395

180

< -15

        5

    857

< 1

  N

    MP

• Excellent degreasing properties
• 100% natural-based
Bio based content in %
►NO DOT= X ≤ 5 - Synthetic Base ► =50 ≥ X > 5 - Partly bio-based = 95 > X >50 - Bio-based = X ≥ 95 - 100% bio-based

 (*): Volatile Organic Compound, Based on vapor pressure criteria: non-VOC classification requires a vapor pressure < 0.01 kPa/20°C (**): HP = High Polar, P = Polar, MP = Medium Polar, LP = Low Polar

 ►Vegetable-based solvents for off-set inks, off-set ink-cleaners & polishes

ESTISOL

Grade

Raw Material Base

Product Type

Boiling Range °C

Flash Point °C

Pour Point °C

Viscosity

cP/25°C

 Density kg/m³ at 20 °C

Iodine

Value

VOC

(*)

Polarity (**)

Bio-based

Carbon*

Properties

295

Vegetable

ME

300 - 360

180

9

7

874

60

N

MP


High-boiling solvent in off-set inks

297

 Vegetable      ME  

170

    12

9

    854

< 1

N

MP

High-boiling solvent in off-set inks
• HC solvent alternative for additives
• High-boiling solvent in polishes

300

Vegetable

ME

320 - 355

180

-9

6

878

106

N

MP


High-boiling solvent in off-set inks

305

Vegetable

ME

300 - 360

180

-8

7

864

25

N

MP


• HC solvent alternative for additives



312

Vegetable

ME

320 - 340

172

-30

6

863

< 1

N

LP


High-boiling solvent in off-set inks
• HC solvent alternative for additives
• High-boiling solvent in polishes

315

Vegetable

ME

260 - 350

171

-30

6

860

5

N

LP


High-boiling solvent in off-set inks
• HC solvent alternative for additives



325

Vegetable

ME

> 325

190

-17

10

872

110

N

LP


High-boiling solvent in off-set inks
• Oxidation-drying

390

Mixed Veg.

       ME

    > 350

  >100

 -12

    14

    864

45

  N

    LP


High-boiling solvent in off-set inks
• High-boiling solvent in polishes

Bio-based content in %
►NO DOT= X ≤ 5 - Synthetic Base  ► =50 ≥ X > 5 - Partly bio-based = 95 > X >50 - Bio-based = X ≥ 95 - 100% bio-based

(*): Volatile Organic Compound, Based on vapor pressure criteria: non-VOC classification requires a vapor pressure < 0.01 kPa/20°C (**): HP = High Polar, P = Polar, MP = Medium Polar, LP = Low Polar