Remarkable Thermal Stability – With the remarkable thermal stability, SCHULTZ ®380 can provide stable and reliable heat transfer in -10℃~380℃ for a long-term, making it a significant liquid phase heat transfer fluid.
Low Vapor Pressure – Featured with low vapor pressure, the saturated vapor pressure of SCHULTZ ®380 in 380℃ is only 0.62MPa.
Good Operation Cost – There is no need to worry about the fluid solidification during system shutdown in normal temperature as SCHULTZ ®380 has lower pour point than other super high temperature heat transfer fluids, decreasing the cost of anti-freezing facility of system.
Anti-coking – SCHULTZ ®380 is synthesized by chemical refining, effectively reducing the formation of system coking and solid particles, guaranteeing the operation safety.
Product Typical Properties
| Appearance |
|
Clear Transparent Liquid |
| Component |
|
Synthetic Aromatic Hydrocarbon Mixture |
| Flash Point (Open Cup) / ℃ |
|
134 |
| Autoignition Temperature / ℃ |
|
601 |
| Pour Point / ℃ |
|
-18 |
| Boiling Point / ℃ |
|
271 |
| Density (20℃) / (kg/m3) |
|
1065 |
| Acid Number (KOH) / (mg/g) |
|
0.01 |
| Moisture Content / (mg/kg) |
|
<200 |
| Kinematic Viscosity (40℃) / (mm2/s) |
|
5.76 |
| Pumpability / ℃ |
2000 mm2/s |
-14 |
|
300 mm2/s |
-10 |
| Copper Corrosion |
|
<1A |
| Average Molecular Weight |
|
190 |
| Dielectric Constant / (23℃) |
|
3.12 |
| Coefficient of Thermal Expansion / ℃ |
|
0.00113 |
| Optimum Use Range / ℃ |
|
-10~380 |
| Maximum Bulk Temperature / ℃ |
|
380 |
| Maximum Film Temperature / ℃ |
|
400 |
Note: The above data is based on experimental samples and not all the products are the same. The above data is not used as business indicators.