therminol heat transfer fluids selection guide. aceite termico venezuela.pdf

Economical, high-performance fluids for precise

temperature control

+700 °F

+600 °F

+500 °F

+400 °F

+300 °F

+200 °F

+100 °F

0 °F

-100 °F

-175 °F

+400 °C

+350 °C

+300 °C

+250 °C

+200 °C

+150 °C

+100 °C

+50 °C

0 °C

-50 °C

-100 °C

Pub. No. 7239135F(Supersedes 7239135E)

GuideSelection A

Heat Transfer Fluids by Solutia

®

Solutia offers a family of Therminol heat-stable fluids developed specifically for indirect transfer of

process heat. Therminol heat transfer fluids can meet the operating needs of virtually any single or

multiple station heat-using system. In properly designed systems, these heat transfer fluids will perform

within their respective temperature ranges for extended periods without breakdown or corrosion.

Therminol heat transfer fluids, available in various types and operating ranges, all provide superior

benefits – economy, efficient operation, minimum maintenance and precise temperature control. Contact

Solutia for detailed performance information on specific Therminol heat transfer fluids.

T H E R M I N O L

H E A T T R A N S F E R

F L U I D S B Y S O L U T I A

www.therminol.com

®

Liquid Phase Heat TransferFluids Therminol® liquid phase heat trans-

fer fluids operate over the broad temperature

range of -175 °F to 750 °F (-115 °C to 400 °C)

and are designed to be used in non-pressurized

systems. A major advantage of liquid heat trans-

fer is lower cost installation and operation.

Capital cost is reduced by elimination of large-

diameter piping, safety valves, steam traps and

water treatment facilities. Operating cost is

reduced by low maintenance requirements and

reduced makeup. Therminol VLT, D-12, XP, 55, 59,

62, 66, 72 and 75 heat transfer fluids are typical

liquid phase media available from Solutia.

Liquid/Vapor Phase HeatTransfer Fluids Therminol LT, VP-1

and VP-3 are Solutia’s liquid/vapor phase heat

transfer fluids. They offer a broad operating

temperature range and uniform heat transfer.

Other major benefits include precise temperature

control and low mechanical maintenance costs.

Also, a heat transfer system that utilizes a

vapor phase medium requires less fluid than

a comparable liquid phase system because the

equipment fills with vapor instead of liquid.

Specialty and CustomizedHeat Transfer Fluids In addition

to the basic liquid phase and liquid/vapor phase

heat transfer fluids mentioned above, Solutia

offers a number of specialty fluids. We also

would be happy to work with you in developing

a customized fluid for your application.

SAFETY AND HANDLING

Material Safety Data Sheets may be obtained from our Web

site at www.therminol.com or by calling the Therminol Hot

Line at 1-800-433-6997. Heat transfer fluids are intended only

for indirect heating purposes. Under no circumstances

should this product contact or in any way contaminate food,

animal feed, food products, food packaging materials, food

chemicals, pharmaceuticals or any items which may directly

or indirectly be ultimately ingested by humans. Any contact

may contaminate these items to the extent that their destruc-

tion may be required. Precautions against ignitions and fires

should be taken with this product.

NOTICE: Although the information and recommendations set

forth herein (hereinafter “Information”) are presented in

good faith and believed to be correct as of the date hereof,

Solutia Inc. makes no representations or warranties as to

the completeness or accuracy thereof. Information is sup-

plied upon the condition that the persons receiving same

will make their own determination as to its suitability for

their purposes prior to use. In no event will Solutia Inc. be

responsible for damages of any nature whatsoever resulting

from the use of or reliance upon Information or the product

to which Information refers. Nothing contained herein is to

be construed as a recommendation to use any product,

process, equipment or formulation in conflict with any

patent, and Solutia Inc. makes no representation or war-

ranty, express or implied, that the use thereof will not

infringe any patent. NO REPRESENTATIONS OR WAR-

RANTIES, EITHER EXPRESS OR IMPLIED, OF MER-

CHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE OR

OF ANY OTHER NATURE ARE MADE HEREUNDER WITH

RESPECT TO INFORMATION OR THE PRODUCT TO WHICH

INFORMATION REFERS.

LIQUID PHASE

HEAT TRANSFER

T Y P I C A L

P R O P E R T I E S *

Appearance

Composition

Flash Point, COC

Fire Point, COC

Autoignition Temperature (ASTM)

Kinematic Viscosity, cSt (mm2/s)

Density at 75 °F

Min. Temp. for Pumpability: at 2000 cSt (mm2/s)at 300 cSt (mm2/s)

Fully developed turbulent flow(Re=10,000, 10 ft/s, 1-in tube)

Boiling Range: 10%90%

Density, various temperatures

Heat Capacity, Btu/(lb ·°F)

Thermal Conductivity, Btu/(h ·ft ·°F)

Vapor Pressure

Clear, water white liquid

Synthetic Hydrocarbon Mixture

138 °F (Pensky-Martens)

160 °F

477 °F

-50 °F 11.5 100 °F 1.26300 °F 0.44450 °F 0.26

6.34 lb/gal

-137 °F-116 °F

-35 °F

374 °F400 °F

-50 °F 6.75 lb/gal 50.5 lb/ft3

100 °F 6.26 lb/gal 46.8 lb/ft3

300 °F 5.53 lb/gal 41.3 lb/ft3

450 °F 4.86 lb/gal 36.3 lb/ft3

-50 °F 0.440 100 °F 0.517 300 °F 0.626450 °F 0.715

-50 °F 0.0690 100 °F 0.0620 300 °F 0.0505450 °F 0.0404

200 °F 32.7 mmHg 0.632 psia300 °F 241 mmHg 4.66 psia450 °F 1,800 mmHg 34.8 psia

Clear, yellow to amber liquid

Alkyl Substituted Aromatic

280 °F minimum

325 °F

760 °F

0 °F 45200 °F 1.57 400 °F 0.55600 °F 0.31

8.11 lb/gal

-56 °F-35 °F

63 °F

0 °F 8.36 lb/gal 62.5 lb/ft3

200 °F 7.68 lb/gal 57.5 lb/ft3

400 °F 6.98 lb/gal 52.2 lb/ft3

600 °F 6.18 lb/gal 46.2 lb/ft3

0 °F 0.373 200 °F 0.459 400 °F 0.547600 °F 0.640

0 °F 0.0716 200 °F 0.0667 400 °F 0.0600600 °F 0.0513


Clear, pale yellow liquid

Modified Terphenyl

363 °F minimum

414 °F

705 °F

50 °F 339300 °F 1.68 500 °F 0.63650 °F 0.43

8.39 lb/gal

27 °F52 °F

162 °F

658 °F738 °F

50 °F 8.47 lb/gal 63.4 lb/ft3

300 °F 7.69 lb/gal 57.5 lb/ft3

500 °F 7.01 lb/gal 52.5 lb/ft3

650 °F 6.44 lb/gal 48.2 lb/ft3

50 °F 0.365 300 °F 0.480 500 °F 0.578650 °F 0.655

50 °F 0.0682300 °F 0.0636 500 °F 0.0574650 °F 0.0514

300 °F 2.9 mmHg 0.056 psia500 °F 90 mmHg 1.7 psia650 °F 570 mmHg 11 psia

EnglishUnits

Max. Film Temp. 475 °F

Max. Bulk Temp. 450 °F

Pour Point <-148 °F

Liquid Use Range-120 °F to 450 °F



Pour Point -90 °F




Pour Point -25 °F

Liquid Use Range30 °F to 650 °F

Clear, yellow liquid


350 °F minimum

425 °F

650 °F

0 °F 683200 °F 4.0400 °F 0.96550 °F 0.54

7.25 lb/gal

-19 °F17 °F

152 °F

644 °F734 °F

0 °F 7.49 lb/gal 56.0 lb/ft3

200 °F 6.86 lb/gal 51.3 lb/ft3

400 °F 6.22 lb/gal 46.5 lb/ft3

550 °F 5.69 lb/gal 42.6 lb/ft3

0 °F 0.423200 °F 0.518 400 °F 0.612550 °F 0.682

0 °F 0.0768200 °F 0.0693 400 °F 0.0618550 °F 0.0561

300 °F 2.4 mmHg 0.046 psia450 °F 44 mmHg 0.85 psia550 °F 193 mmHg 3.73 psia



Pour Point -65 °F


Soft solid melting to yellow liquid

Terphenyl/ Quaterphenyl

365 °F

440 °F

1,000 °F

175 °F 4.16400 °F 0.85600 °F 0.39725 °F 0.28

8.69 lb/gal at 175 °F

175 °F (slurry point)175 °F

175 °F

175 °F 8.69 lb/gal 65.0 lb/ft3

400 °F 7.93 lb/gal 59.3 lb/ft3

600 °F 7.17 lb/gal 53.6 lb/ft3

725 °F 6.62 lb/gal 49.6 lb/ft3

175 °F 0.408 400 °F 0.492 600 °F 0.552725 °F 0.584

175 °F 0.0756 400 °F 0.0699 600 °F 0.0640725 °F 0.0596




Slurry Point 165 °F to 175 °F


Clear, colorless liquid

White Mineral Oil, USP/NF/NSF HT-1

390 °F minimum

450 °F

655 °F

0 °F 1,560 200 °F 4.7 400 °F 1.06600 °F 0.50

7.31 lb/gal

-4 °F30 °F

162 °F

630 °F780 °F

0 °F 7.53 lb/gal 56.3 lb/ft3

200 °F 6.94 lb/gal 51.9 lb/ft3

400 °F 6.33 lb/gal 47.3 lb/ft3

600 °F 5.66 lb/gal 42.3 lb/ft3

0 °F 0.389 200 °F 0.515 400 °F 0.625600 °F 0.718

0 °F 0.0681200 °F 0.0635400 °F 0.0571600 °F 0.0490

200 °F 0.09 mmHg 0.002 psia400 °F 15.0 mmHg 0.290 psia600 °F 318 mmHg 6.15 psia

Clear, light yellow liquid


134 °F (Pensky-Martens)

150 °F

805 °F

-100 °F 8.0100 °F 0.83 300 °F 0.35600 °F 0.19

7.20 lb/gal

-103 °F (freezing point)-103 °F

-96 °F

Heat of Vaporization95 Btu/lb at 600 °F

-100 °F 7.83 lb/gal 58.6 lb/ft3

100 °F 7.11 lb/gal 53.2 lb/ft3

300 °F 6.31 lb/gal 47.2 lb/ft3

600 °F 4.66 lb/gal 34.8 lb/ft3

-100 °F 0.344 100 °F 0.446 300 °F 0.542600 °F 0.719

-100 °F 0.0825 100 °F 0.0701300 °F 0.0573600 °F 0.0374

200 °F 41 mmHg 0.79 psia400 °F 1,370 mmHg 26.5 psia600 °F 11,800 mmHg 228 psia



Melt Point: Completely Liquid -103 °F

Vapor or Liquid Use Range360 °F to 600 °F


D-12Low Temperature Coolant/Heat Transfer Fluid

-120 °F** to 450 °F

55Economical, Medium Temperature Range Fluid

-15 °F to 550 °F

75Ultra High Temperature, Low Pressure Fluid

175 °F to 725 °F

LTWide Range Liquid/Vapor Heat Transfer Fluid

-100°F to 360°FLiquid

360°F to 600°F Vapor or

59Economical, Wide Temperature Range Fluid

-50 °F to 600 °F

66High Temperature, Low Pressure Fluid

30 °F to 650 °F

+800 °F

+700 °F

+600 °F

+500 °F

+400 °F

+300 °F

+200 °F

+100 °F

0 °F

-100 °F

-200 °F

+800 °F

+700 °F

+600 °F

+500 °F

+400 °F

+300 °F

+200 °F

+100 °F

0 °F

-100 °F

-200 °F

+800 °F

+700 °F

+600 °F

+500 °F

+400 °F

+300 °F

+200 °F

+100 °F

0

-100 °F

-200 °F

+800 °F

+700 °F

+600 °F

+500 °F

+400 °F

+300 °F

+200 °F

+100 °F

0 °F

-100 °F

-200 °F

+800 °F

+700 °F

+600 °F

+500 °F

+400 °F

+300 °F

+200 °F

+100 °F

0 °F

-100 °F

-200 °F

+800 °F

+700 °F

+600 °F

+500 °F

+400 °F

+300 °F

+200 °F

+100 °F

0 °F

-100 °F

-200 °F

+800 °F

+700 °F

+600 °F

+500 °F

+400 °F

+300 °F

+200 °F

+100 °F

0 °F

-100 °F

-200 °F



Pour Point -20 °F


XPHeat Transfer Fluid with FDA/USP/NF Status

0 °F to 600 °F

+800 °F

+700 °F

+600 °F

+500 °F

+400 °F

+300 °F

+200 °F

+100 °F

0 °F

-100 °F

-200 °F

Liquid

Clear Amber Liquid


270 °F

290 °F

1,085 °F

15 °F 291300 °F 0.868500 °F 0.355715 °F 0.19

8.98 lb/gal

15 °F15 °F

86 °F

15 °F 9.23 lb/gal 69.0 lb/ft3

300 °F 8.03 lb/gal 60.1 lb/ft3

500 °F 7.19 lb/gal 53.8 lb/ft3

715 °F 6.29 lb/gal 47.0 lb/ft3

15 °F 0.352 300 °F 0.454 500 °F 0.526715 °F 0.604

15 °F 0.0828 300 °F 0.0717500 °F 0.0639715 °F 0.0555

300 °F 103 mmHg 1.99 psia500 °F 634 mmHg 12.3 psia715 °F 4,270 mmHg 82.6 psia




Pour Point 0 °F

72High Temperature, Medium Pressure Fluid

15°F to 715°F

Clear, water-white liquid

73.5% Diphenyl Oxide, 26.5% Biphenyl

255 °F

260 °F

1,150 °F

100 °F 2.60300 °F 0.62500 °F 0.32750 °F 0.21

8.85 lb/gal

54 °F (crystallizing point)54 °F

54 °F


100 °F 8.76 lb/gal 65.5 lb/ft3

300 °F 7.99 lb/gal 59.8 lb/ft3

500 °F 7.16 lb/gal 53.5 lb/ft3

750 °F 5.81 lb/gal 43.4 lb/ft3

100 °F 0.382 300 °F 0.457 500 °F 0.528750 °F 0.627

100 °F 0.0778 300 °F 0.0701 500 °F 0.0600750 °F 0.0439

300 °F 32 mmHg 0.62 psia500 °F 810 mmHg 15.7 psia750 °F 8,060 mmHg 156 psia



Crystallizing Point 54 °F



VP-1Ultra High Temperature, Liquid/Vapor Phase Fluid

54 °F to 500 °F Liquid


+800 °F

+700 °F

+600 °F

+500 °F

+400 °F

+300 °F

+200 °F

+100 °F

0 °F

-100 °F

-200 °F

Liquid

* These data are based upon samples tested in the laboratory and are notguaranteed for all samples. Write us for complete sales specifications.** -50 °F for efficient heat transfer.

Water white liquid


20 °F (Tag Closed-cup)

20 °F

507 °F

-175 °F 53 -100 °F 5.7100 °F 0.72350 °F 0.24

6.22 lb/gal

-195 °F

-163 °F

-175 °F 7.19 lb/gal 53.8 lb/ft3

-100 °F 6.90 lb/gal 51.6 lb/ft3

100 °F 6.12 lb/gal 45.8 lb/ft3

350 °F 4.97 lb/gal 37.2 lb/ft3

-175 °F 0.328-100 °F 0.372 100 °F 0.485350 °F 0.626

-175 °F 0.0757 -100 °F 0.0708 100 °F 0.0577350 °F 0.0382





VLTVery Low Temperature Coolant/Heat Transfer Fluid

-175 °F to 350 °F

+800 °F

+700 °F

+600 °F

+500 °F

+400 °F

+300 °F

+200 °F

+100 °F

0 °F

-100 °F

-200 °F

Water white liquid

Isopropyl biphenyl mixture

340 °F minimum

385 °F

765 °F

0 °F 843200 °F 2.83 400 °F 0.69620 °F 0.28

7.94 lb/gal

-10 °F12 °F

122 °F

0 °F 8.19 lb/gal 61.3 lb/ft3

200 °F 7.53 lb/gal 56.3 lb/ft3

400 °F 6.81 lb/gal 50.9 lb/ft3

620 °F 5.87 lb/gal 43.9 lb/ft3

0 °F 0.440 200 °F 0.509400 °F 0.565620 °F 0.617

0 °F 0.0729 200 °F 0.0673400 °F 0.0610620 °F 0.0518

200 °F 0.29 mmHg 0.006 psia400 °F 30.2 mmHg 0.584 psia620 °F 670 mmHg 13.0 psia



Pour Point -44 °F


62High Performance, Low Pressure Fluid

-5 °F to 620 °F

+800 °F

+700 °F

+600 °F

+500 °F

+400 °F

+300 °F

+200 °F

+100 °F

0 °F

-100 °F

-200 °F

Clear, sediment-free liquid

Phenylcyclohexane (>90%) + bicyclohexyl (<10%)

219 °F

235 °F

663 °F

100 °F 2.12300 °F 0.64500 °F 0.35625 °F 0.25

7.77 lb/gal

36 °F (crystallizing point)36 °F

36 °F


100 °F 7.71 lb/gal 57.7 lb/ft3

300 °F 7.08 lb/gal 52.9 lb/ft3

500 °F 6.16 lb/gal 46.1 lb/ft3

625 °F 5.36 lb/gal 40.1 lb/ft3

100 °F 0.403 300 °F 0.514500 °F 0.611625 °F 0.715

100 °F 0.0666 300 °F 0.0528 500 °F 0.0494625 °F 0.0437

300 °F 38 mmHg 0.73 psia500 °F 1,170 mmHg 22.6 psia625 °F 5,140 mmHg 99.4 psia



Crystallizing Point 36 °F



VP-3High Temperature, Liquid/Vapor Phase Fluid

36 °F to 469 °F Liquid


+800 °F

+700 °F

+600 °F

+500 °F

+400 °F

+300 °F

+200 °F

+100 °F

0 °F

-100 °F

-200 °F

Liquid

Max. Bulk Temp. 175 °C

Max. Film Temp. 330 °C


Pour Point -29 °C

Liquid Use Range-20 °C to 315 °C

Appearance

Composition

Flash Point, COC

Fire Point, COC

Autoignition Temperature (ASTM)

Viscosity, mPa ·s (cP)

Density at 25 °C

Min. Temp. for Pumpability:at 2000 mm2/s (cSt)at 300 mm2/s (cSt)

Fully developed turbulent flow(Re=10,000, 3 m/s, 3-cm tube)

Boiling Range: 10%90%

Density, kg/m 3

Heat Capacity, kJ/(kg ·K)

Thermal Conductivity, W/(m ·K)

Vapor Pressure, kPa

Clear, water white liquid


59 °C (Pensky-Martens)

71 °C

247 °C

-50 °C 12.0 100 °C 0.46 200 °C 0.19230 °C 0.16

759 kg/m3

-94 °C-82 °C

-41 °C

190 °C204 °C

-50 °C 811100 °C 703200 °C 616230 °C 584

-50 °C 1.82 100 °C 2.41 200 °C 2.84230 °C 2.98

-50 °C 0.120100 °C 0.097 200 °C 0.077230 °C 0.071

50 °C 0.48150 °C 33.2230 °C 229

Clear, yellow to amber liquid


138 °C minimum

163 °C

404 °C

-25 °C 81.4100 °C 1.32 200 °C 0.48315 °C 0.23

971 kg/m3

-49 °C-37 °C

13 °C

-25 °C 1,007100 °C 916200 °C 840315 °C 741

-25 °C 1.54 100 °C 1.94 200 °C 2.27315 °C 2.67

-25 °C 0.124100 °C 0.115 200 °C 0.104315 °C 0.089

100 °C 0.35 200 °C 13.1315 °C 161

Clear, pale yellow liquid

Modified Terphenyl

184 °C minimum

212 °C

374 °C

0 °C 1,320 100 °C 3.6 200 °C 0.86345 °C 0.33

1,005 kg/m3

-3 °C11 °C

66 °C

348 °C392 °C

0 °C 1,021100 °C 955200 °C 885345 °C 770

0 °C 1.49100 °C 1.84 200 °C 2.19345 °C 2.75

0 °C 0.118 100 °C 0.114 200 °C 0.106345 °C 0.089

100 °C 0.048 200 °C 2.2345 °C 78



Pour Point <-100 °C


+450 °C+400 °C+350 °C+300 °C+250 °C+200 °C+150 °C+100 °C+50 °C

0 °C-50 °C

-100 °C-150 °C



Pour Point -68 °C




Pour Point -32 °C

Liquid Use Range0 °C to 345 °C

Clear, yellow liquid


177 °C minimum

218 °C

343 °C

-25 °C 1,250 100 °C 2.88 200 °C 0.75290 °C 0.36

868 kg/m3

-28 °C-8 °C

61 °C

340 °C390 °C

-25 °C 902100 °C 818200 °C 748290 °C 680

-25 °C 1.74 100 °C 2.19 200 °C 2.54290 °C 2.86

-25 °C 0.134100 °C 0.119200 °C 0.107290 °C 0.097

150 °C 0.33 200 °C 2.15290 °C 27.2



Pour Point -54 °C


Soft solid melting to yellow liquid

Terphenyl/Quaterphenyl

185 °C

227 °C

538 °C

80 °C 4.3200 °C 0.85 300 °C 0.37385 °C 0.22

1,041 kg/m3 at 80 °C

80 °C (slurry point)80 °C

80 °C

80 °C 1,040200 °C 953300 °C 873385 °C 794

80 °C 1.71 200 °C 2.05 300 °C 2.28385 °C 2.44

80 °C 0.131200 °C 0.121 300 °C 0.112385 °C 0.103

150 °C .55 250 °C 12.9385 °C 215



Slurry Point 75 °C to 80 °C


D-12Low Temperature Coolant/Heat Transfer Fluid

-85 °C** to 230°C

55Economical, Medium Temperature Range Fluid

-25 °C to 290 °C

75Ultra High Temperature, Low Pressure Fluid

80 °C to 385 °C

59Economical, Wide Temperature Range Fluid

-45 °C to 315 °C

66High Temperature, Low Pressure Fluid

0 °C to 345 °C

+450 °C+400 °C+350 °C+300 °C+250 °C+200 °C+150 °C+100°C+50 °C

0 °C-50 °C

-100 °C-150 °C

+450 °C+400 °C+350 °C+300 °C+250 °C+200 °C+150 °C+100 °C+50 °C

0 °C-50 °C

-100 °C-150 °C

+450 °C+400 °C+350 °C+300 °C+250 °C+200 °C+150 °C+100 °C+50 °C

0 °C-50 °C

-100 °C-150 °C

+450 °C+400 °C+350 °C+300 °C+250 °C+200 °C+150 °C+100 °C+50 °C

0 °C-50 °C

-100 °C-150 °C



Freezing Point -75 °C


Vapor or Liquid Use Range180 °C to 315 °C

+450 °C+400 °C+350 °C+300 °C+250 °C+200 °C+150 °C+100 °C+50 °C

0 °C-50 °C

-100 °C-150 °C

Clear, light yellow liquid


57 °C (Pensky-Martens)

66 °C

429 °C

-50 °C 3.8 100 °C 0.38 200 °C 0.19315 °C 0.11

862 kg/m3

-75 °C (freezing point)-75 °C

-75 °C

Heat of Vaporization223 kJ/kg at 315 °C

-50 °C 920 100 °C 800 200 °C 707315 °C 559

-50 °C 1.53 100 °C 2.09 200 °C 2.45315 °C 3.00

-50 °C 0.138 100 °C 0.109200 °C 0.089315 °C 0.065

100 °C 7.1200 °C 164315 °C 1,560

LTWide Range Liquid/Vapor Heat Transfer Fluid

-75 °C to 180 °C Liquid

180°C to 315°C Vapor orLiquid

Clear, colorless liquid

White Mineral Oil, USP/NF/NSF HT-1

199 °C minimum

232 °C

346 °C

0 °C 238 100 °C 3.4 200 °C 0.84315 °C 0.34

875 kg/m3

-20 °C-1 °C

67 °C

332 °C416 °C

0 °C 891100 °C 827200 °C 761 315 °C 678

0 °C 1.72100 °C 2.18200 °C 2.60 315 °C 3.00

0 °C 0.117100 °C 0.109200 °C 0.099 315 °C 0.085

100 °C 0.018200 °C 1.7 315 °C 42

XPHeat Transfer Fluid with FDA/USP/NF Status

-20 °C to 315 °C

Clear, water-white liquid

73.5% Diphenyl Oxide, 26.5% Biphenyl

124 °C

127 °C

621 °C

25 °C 3.7 150 °C 0.59 250 °C 0.29400 °C 0.15

1,060 kg/m3

12 °C (crystallizing point)12 °C

12 °C


25 °C 1,060150 °C 957250 °C 867400 °C 694

25 °C 1.56 150 °C 1.91 250 °C 2.18400 °C 2.63

25 °C 0.136 150 °C 0.121 250 °C 0.106400 °C 0.076

150 °C 4.5 250 °C 86400 °C 1,090



Crystallizing Point 12 °C



VP-1Ultra High Temperature, Liquid/Vapor Phase Fluid

12 °C to 260 °C Liquid

260 °C to 400 °C Vapor or

+450 °C+400 °C+350 °C+300 °C+250 °C+200 °C+150 °C+100 °C+50 °C

0 °C-50 °C

-100 °C-150 °C

Liquid

Clear Amber Liquid


132 °C minimum

143 °C minimum

585 °C minimum

0 °C 59.2100 °C 1.61250 °C 0.329380 °C 0.143

1,075 kg/m3

-10 °C-9 °C

23 °C

0 °C 1,100100 °C 1,007250 °C 871380 °C 753

0 °C 1.50 100 °C 1.77 250 °C 2.18380 °C 2.53

0 °C 0.142100 °C 0.130 250 °C 0.112380 °C 0.096

100 °C 6.12 250 °C 71.9380 °C 574



Pour Point -18 °C


72High Temperature, Medium Pressure Fluid

-10°C to 380 °C

+450 °C+400 °C+350 °C+300 °C+250 °C+200 °C+150 °C+100 °C+50 °C

0 °C-50 °C

-100 °C-150 °C

* These data are based upon samples tested in the laboratory and are notguaranteed for all samples. Write us for complete sales specifications.** -45 °C for efficient heat transfer.

SIUnits

LIQUID PHASE

HEAT TRANSFER

T Y P I C A L

P R O P E R T I E S *

Water white liquid


-7 °C (Tag Closed-cup)

71 °C

264 °C

-115 °C 45 0 °C 0.88

100 °C 0.28175 °C 0.14

744 kg/m3

-126 °C

-76 °C

-115 °C 8620 °C 766

100 °C 676175 °C 598

-115 °C 1.370 °C 1.87

100 °C 2.29175 °C 2.61

-115 °C 0.1300 °C 0.108

100 °C 0.086175 °C 0.067

0 °C 1.9100 °C 104175 °C 573



+450 °C+400 °C+350 °C+300 °C+250 °C+200 °C+150 °C+100 °C+50 °C

0 °C-50 °C

-100 °C-150 °C

VLTVery Low Temperature Coolant/Heat Transfer Fluid

-115 °C to 175 °C

+450 °C+400 °C+350 °C+300 °C+250 °C+200 °C+150 °C+100 °C+50 °C

0 °C-50 °C

-100 °C-150 °C

Water-white liquid

Isopropyl biphenyl mixture

171 °C minimum

196 °C

407 °C

0 °C 99.4100 °C 2.26 200 °C 0.59325 °C 0.20

951 kg/m3

-23 °C-11 °C

50 °C

0 °C 968100 °C 897200 °C 820325 °C 705

0 °C 1.89 100 °C 2.14200 °C 2.36325 °C 2.58

0 °C 0.125 100 °C 0.116 200 °C 0.106325 °C 0.090

100 °C 0.056200 °C 3.5325 °C 86



Pour Point -42 °C


62High Performance, Low Pressure Fluid

-20 °C to 325 °C

+450 °C+400 °C+350 °C+300 °C+250 °C+200 °C+150 °C+100°C+50 °C

0 °C-50 °C

-100 °C-150 °C

Clear, sediment-free liquid

Phenylcyclohexane (>90%) + bicyclohexyl (<10%)

104 °C

113 °C

351 °C

25 °C 2.6 150 °C 0.54250 °C 0.28330 °C 0.16

930 kg/m3

2.4 °C (crystallizing point)2.4 °C

2.4 °C


25 °C 930150 °C 847250 °C 750330 °C 641

25 °C 1.63150 °C 2.16 250 °C 2.52330 °C 3.00

25 °C 0.117150 °C 0.101 250 °C 0.087330 °C 0.076

150 °C 5.3 250 °C 121330 °C 693



Crystallizing Point 2.4 °C



VP-3High Temperature, Liquid/Vapor Phase Fluid

2 °C to 243 °C Liquid

243 °C to 330 °C Vapor or

+450 °C+400 °C+350 °C+300 °C+250 °C+200 °C+150 °C+100 °C+50 °C

0 °C-50 °C

-100 °C-150 °C

Liquid

*Available only in North America

Litho in U.S.A. MCTH-4013Therminol, TLC Total Lifecycle Care, Solutia,Solutions for a Better Life and Infinity Logo areregistered trademarks of Solutia Inc. in theUSA and other countries© Solutia Inc., 2008. All rights reserved.

Printed on recycled paper

R E G I O N A L S A L E S O F F I C E S

NORTH AMERICA

Solutia, Inc. - HeadquartersP.O. Box 66760St. Louis, Missouri 63166-6760Customer Service (800) 426-2463Technical Service (800) 433-6997Fax: (314) 674-7907

SOUTH AMERICA

Solutia Brazil Ltda.Rua Gomes de Carvalho1306-6 andar 04547-005Sao Paulo, SP, BrazilTel: +55-11-3146-1800Fax: +55-11-3146-1818

EUROPE/AFRICA/MIDDLE EASTSolutia Europe N.V./S.A.Rue Laid Burniat, 3Parc Scientifique – FlemingB-1348 Louvain-la-Neuve (Sud)BelgiumTel: +32.10.48.12.11Fax: +32.10.48.12.12

ASIA/PACIFIC

ChinaSolutia International Trading Co. Ltd.Unit 1018, Ocean Towers, No. 550 Yan'an Road (E), Shanghai, P. R. China 200001Tel: +86-21-6361-2266Fax: +86-21-6361-7708

IndiaSolutia Chemicals India Pvt Ltd.205-207, Midas Building, 2nd FloorSahar-Plaza ComplexAndheri-Kurla RoadAndheri EastMumbai-400059 IndiaTel: +91-22-2830-2860Fax: +91-22-2830-2859

JapanSolutia Japan Ltd.Shinkawa Sanko BuildingSecond Floor1-3-17, Shinkawa, Chuo-kuTokyo 104-0033, JapanTel: +81-3-3523-2080Fax: +81-3-3523-2070

SingaporeSolutia Singapore Pte. Ltd.101 Thomson Road#19-01/02 United SquareSingapore 307591Tel: +65-6357-6100Fax: +65-6357-6201

Visit our Web site at

www.therminol.com.

A complete list of worldwide Therminol sales offices canbe found in the “Contact us” section of our website,www.therminol.com.

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Therminol TLC Total Lifecycle Care is a complete program of products and services from Solutiadesigned to keep your heat transfer system in top operating condition through its entire lifecycle.

SolutiaP.O. Box 66760St. Louis, MO 63166-6760Tel: (314) 674-1000

therminol heat transfer fluids selection guide. aceite termico venezuela.pdf

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