Distillation Tester LDT-A10

Labtron's Distillation Tester LDT-A10 Distillation Tester generates precise distillation curves that act as a fingerprint for each fuel sample. Any deviation from the expected boiling point pattern can indicate adulteration with lighter or heavier fractions. For example, the addition of kerosene to gasoline shifts the curve, which the tester reveals through early or delayed temperature points. This makes it a reliable tool for verifying batch purity and ensuring fuels meet regulatory quality standards.

The Distillation Tester LDT-A10 plots a distillation curve by recording the temperature at which specific volumes of distillate are collected. Key indicators such as the initial boiling point (IBP), 10%, 50%, 90% recovery points, and final boiling point (FBP) are used to assess fuel volatility. A steep curve suggests a narrow boiling range, typical of well-refined fuels, while a gradual slope indicates a complex or blended mixture. Any irregularities in the curve can highlight contamination or improper blending practices.

Our Distillation Tester LDT-A10 can analyze certain biofuels such as biodiesel, ethanol-blended fuels, and synthetic hydrocarbons, provided their boiling point ranges fall within the system's capabilities. Users should check compatibility with internal materials, especially when handling reactive or polar compounds. Modified procedures may be necessary for non-petroleum fuels to align with their distinct evaporation profiles. For best results, refer to fuel-specific standards or consult our technical support team.

Labtron Distillation Tester LDT-A10 may show irregular results due to factors like poor sample quality, inaccurate filling, or equipment issues. If unexpected behaviour such as delayed boiling or erratic temperature spikes is observed, users should inspect calibration settings, cooling flow, and all glassware connections. Leaks, blockages, or residual contamination can also affect performance. Running a control test with a known reference sample helps isolate whether the issue stems from the instrument or the test material.

Our Distillation Tester LDT-A10 unit requires regular calibration to maintain test accuracy and remain compliant with ASTM D86 standards. Thermometers should be checked frequently ideally before each critical batch while volumetric glassware can be calibrated periodically using certified liquids. Consistent validation ensures the system produces repeatable and reliable results over time. Following a scheduled maintenance and calibration routine helps labs maintain confidence in their fuel quality assessments.