Introduction: The melting point (cooling curve) is especially suitable for petroleum waxes with relatively high paraffin content or crystalline forms. A sample containing a large amount of crystalline hydrocarbons at the same temperature releases the heat of fusion during the cooling process, temporarily delays the cooling rate, and forms a stagnant zone on the cooling curve. Collect the temperature curve, automatically calculate and identify the temperature stagnation area, and calculate the melting point of the sample. Features: 1. Temperature measurement range: -5℃～100℃ (or other higher and lower temperatures are optional); 2. Temperature resolution: 0.1℃; 3. Device host display mode: 5-inch color touch screen display, real-time collection of temperature curves; 4. Circulation system: built-in circulation pump, so that the heating is even; 5. Melting point temperature result: 5-inch touch screen display; 6. Temperature probe: Pt100 7. Number of temperature probes: 2; 8. Test quantity: 1 sample. 9. Optional software: powerful database management functions, classified storage, opening historical curves, printing and exporting data. 10. Output interface: standard USB or RS232 interface 11. Power supply voltage: 220V/50HZ or 60HZ, or customized voltage 12. Power: less than 1500W; Technical parameter: 1. Temperature measurement range: -5～100℃ (or other higher and lower temperatures are optional); 2. Temperature resolution: 0.1℃; 3. Circulation system: built-in circulation pump, so that the heating is even; 4. Melting point temperature results: 5-inch touch screen display; optional printer printing; optional computer software to collect temperature curves in real time. 5. Temperature probe: Pt100 6. Test quantity: 1 sample. 7. Optional software: powerful database management functions, classified storage, opening historical curves, printing and exporting data. 8. Output interface: standard USB or RS232 interface 9. Power supply voltage: 220V/50HZ or 60HZ, or customized voltage 10. Power: less than 1500W;
Introduction: The melting point (cooling curve) is especially suitable for petroleum waxes with relatively high paraffin content or crystalline forms. A sample containing a large amount of crystalline hydrocarbons at the same temperature releases the heat of fusion during the cooling process, temporarily delays the cooling rate, and forms a stagnant zone on the cooling curve. Collect the temperature curve, automatically calculate and identify the temperature stagnation area, and calculate the melting point of the sample.
