K1320 Hydrogenated Organic Heat Carrier Heat Transfer Fluid Oil

1.Characteristics of K1320 Hydrogenated Organic Heat Carrier:
1.K1320 hydrogenation synthesis of organic heat carrieris madefromthe base oil afterSSOT, MHC, MDDW and HTprocesses by adding functional additives, and is classified as type III synthetic oil in European and American countries.
2.K1320 hydrogenation synthesis organic heat carrier has good thermal stability and oxidation resistance. Under the same conditions, its service life is better than mineral type.The life of the heat transfer oil is doubled.
3.K1320 hydrogenated synthetic organic heat carrier components are pure, clear and translucent.
4.K1320 hydrogenation synthetic organic heat carrier has a higher flash point, ignition point and spontaneous ignition point to ensure the safety of the operation process.
5.K1320 hydrogenation synthesis organic heat carrier has a low pour point, and it can be put into operation at any time in the cold winter.
2.K1320 General InfoIndexEnglish1Model:K13202Name: Hydrogenation synthesis of organic heat carrier3Names: Hydrogenation synthesis of heat transfer oil4Standard: GB 23971-20095Compose: Saturated alkanes6Molecular formula: nCH37Molecular weight: 2808Operating temperature: -10~300ºC9Operating state: Liquid phase3. Thermaldynamics DetailTemperature
Density
Viscosity
Thermal Conductivity
Specific HeatºC kg/m3 mm2/s Kcal/m·h·ºC Kcal/kg·ºC0 870 256 0.1211 0.43020 836 36 0.1260 0.45350 832 20.2 0.1151 0.461100 813 3.71 0.1092 0.497150 786 1.57 0.1020 0.548200 757 1.21 0.0953 0.612250 728 0.695 0.0930 0.652300 695 0.537 0.0911 0.676330 685 0.315 0.0872 0.69
4. K1320 COAModelNameStandardK1320 Hydrogenation Synthesis of Organic Heat CarrierGB 23971-2009ItemStandardTest ResultsMethodsAppearanceClear and TranslucentClear and TranslucentVisual InspectionMax. Operating Temp.(MOP)/ºC300 300 GB/T 23800-2009Max. Membrane Temp./ºC330 325 GB/T 23800-2009Natural Point/ºC
No more less than MOP 356 SH/T 0642-1997Flashing Point/ºC100
>=100184 GB/T 261-2008Flashing Point/ºC180 193 GB/T 3536-2008Sulfate Content /%0.2
<= 0.20.0015
< 0.0015SH/T 0689-2000Chlorine Content /mg/kg 20
<= 200.1 BAcid Value(KOH)/mg/g0.05
<= 20N/AGB/T 7304-2000Copper corrosion (100ºC,3h)/ 1
<= 1 1b GB/T 5096-1985Moisture /mg/kg 500
<= 500 45 SH/T 0246-1992
Water soluble acid and alkaliN/AN/A GB/T 259-1988Pour Point/ºC-9
<= -9-24 GB/T 3535-2006Density(20ºC)/kg/m3Report830~860 SH/T 0604-2000Ash/% Report0.0014
< 0.0014GB/T 508-1985
Distillation rangeInitial Point/ºC Report320SH/T 0558-19935%/ºC Report345GB/T 6536-2010Carbon residual% 0.05
<= 0.050.01
< 0.01GB/T 17144-1997Kinematic Viscositymm2/s0ºC Report-GBT/T 265 198840ºC 40 18~28 100ºC Report4.13
Thermal StabilityTest Temp./ºC 300 300GB/T 23800 2009Test Duration/h 720 720
Appearance,
Translucent without floating substances
Brown and translucentDeteriation/% 10 QualifiedNote: Above figures are obtained according to the samples tested in the lab