Distillation Tester (low temperature Double units) 52-DTT106

Distillation Tester (low temperature Double units) 52-DTT106

Distillation Tester (Low-Temperature Double Unit) 52-DTT106 is a dual-unit distillation tester with condenser pipe temperature control down to 0 °C. It is designed in accordance with ASTM D86 for testing the distillation characteristics of petroleum products at atmospheric pressure.

$6,562.00 $ 5468

Distillation Tester (low temperature Double units) 52-DTT106 - Specifications

Graduated flasks 100 ml
Distillation flask 125 ml
Ambient temperature ≤ 35 °C
Relative humidity ≤ 85 %
Temperature controlling accuracy ± 0.5 °C
Thermometer (-2) °C to 300 ℃ and (-2) °C to 400 ℃
Division value 1°C
Scale division 1 ml
Inner diameter of electric furnace φ32 mm, φ38 mm
Outer diameter of electric furnace φ50 mm
Dimension 830 x 610 x 870 mm
Heating power system 1000 W × 2
Total power consumption ≤ 5000 W
Power supply AC 220 V ± 10 %, 50 Hz

Distillation Tester (low temperature Double units) 52-DTT106 - Key Features

  • Immersion rod type thermometer with 1C division value
  • Low temperature distillation tester with dual heating units
  • Compressor refrigeration system with LED display readout

Distillation Tester (low temperature Double units) 52-DTT106 - Applications

FunctionImplementation
Quality control labs±0.5 °C temperature controlling accuracy ensures precise distillation monitoring
Clinical testing facilities125 ml distillation flask supports standard sample volume processing
Research laboratoriesDual 1000 W heating system enables controlled low-temperature operations
Industrial QA environments≤5000 W total power consumption allows stable continuous operation
Educational institutions(-2)°C to 400℃ thermometer range accommodates varied experimental needs

Distillation Tester (low temperature Double units) 52-DTT106 - Catalog

Related Distillation Tester

Lab Expo Distillation Tester units are configured for boiling range and volatility determination across petroleum, solvent, and chemical testing workflows. The range includes standard, low-temperature, vacuum, and double-unit configurations with operating temperatures from -10 °C to 500 °C and flask capacities up to 1000 ml. Systems integrate controlled heating, condensation, and graduated collection assemblies for repeatable separation analysis. Suitable for refinery labs, fuel evaluation, and quality control environments requiring regulated distillation testing procedures.