Carbon Residue Tester (Digital Temperature Controlled Electric Furnace Methods) LRCT-B11

Carbon Residue Tester (Digital Temperature Controlled Electric Furnace Methods) LRCT-B11 is designed with special bath type having four holes with a furnace and temperature control. They are manufactured for reliable results.

  • Porcelain crucible
    Inner iron crucible
    Outer iron crucible
    Burner
    Bath type Four holes with a furnace
    Heating type Electric resistance furnace
    Temperature controlling range 0 ~ 520 °C
    Temperature controlling accuracy ± 5 °C
    Relative humidity ≤ 85 %
    Dimensions 730 x 510 x 470 mm
    Total power consumption ≤ 2000 W
    Ambient temperature ~ 35 °C
    Heating power 300 W +600 W +1000 W
    Power supply 220 V ± 10 %, 50 Hz
    • Integrated structure design, furnace and controller
    • The highest temperature up to 520°C
    • Digital temperature controller
    • Four sample determinations concurrently
    • Test efficiency is high
  • It is widely used in petroleum, chemical and research industries. It is also suitable for determining carbon residue in the lubricating oil, heavy liquid fuels, and other petroleum products.

Carbon Residue Tester (CONRADSON METHODS) LRCT-B10

  • 30 mlPorcelain crucible
  • 75 mlInner iron crucible
  • 190 mlOuter iron crucible
  • Mig BurnerBurner

Carbon Residue Tester (Ramsbottom) LRCT-B20

  • Metal furnaceCoking furnace
  • Electric heatingHeating mode
  • 5 unitsTest unit
  • Ambient to 550°CTemperature range

Constant Temperature Needle Penetration Tester LTNP-A10

  • 0 to 700 taper degree (digital display table 0-70 mm)Measuring range
  • Timing error is less than ±0.1 sTiming device
  • 0.01 mm Resolution
  • ±1 cone insertion degreeNeedle insertion accuracy

Automatic Bomb Calorimeter LABC-A11

  • IsoperibolCalorimeter type
  • 5 to 40°CTemperature range
  • 5 to 40 MJ/ kgMeasurement range
  • A. Outer barrel temperature follows room temperature change mode Or B. Outer barrel temperature constant modeOperation Mode
Automatic Bomb Calorimeter LABC-A10
  • IsoperibolCalorimeter type
  • 5 to 40°CTemperature range
  • 5 to 40 MJ/ kgMeasurement range
  • The outer barrel temperature is constantOperation Mode
Automatic Bomb Calorimeter LABC-B10
  • IsoperibolCalorimeter type
  • Fully automatic oxygen filling & releasing, fully automatic bomb raising & loweringOxygen filling
  • 250 mlBomb volume
  • < 8 min full test process: <10 minAnalysis time

Carbon Residue Tester (Digital Temperature Controlled Electric Furnace Methods) LRCT-B11

  • Four holes with a furnaceBath type
  • Electric resistance furnaceHeating type
  • 0 ~ 520 °CTemperature controlling range
  • ± 5 °CTemperature controlling accuracy

Carbon Residue Tester (CONRADSON METHODS) LRCT-B10

  • 30 mlPorcelain crucible
  • 75 mlInner iron crucible
  • 190 mlOuter iron crucible
  • Mig BurnerBurner
Carbon Residue Tester (Ramsbottom) LRCT-B20
  • Metal furnaceCoking furnace
  • Electric heatingHeating mode
  • 5 unitsTest unit
  • Ambient to 550°CTemperature range
Petroleum Oils and Synthetic Fluids Demulsibility Characteristics Tester LDCT-A11
  • Room temperature to 35 °CAmbient temperature
  • ≤ 85 %Relative humidity
  • Room temperature to 99.9 °CTemperature controlling range
  • ± 1 °CTemperature controlling accuracy

Petroleum Oils and Synthetic Fluids Demulsibility Characteristics Tester LDCT-A10

  • Room temperature to 35 °CAmbient temperature
  • ≤ 85 %Relative humidity
  • 1 s to 9 min 59 sTiming range
  • Room temperature to 99.9 °CTemperature controlling range

Dropping Point Tester (Oil Bath) LDPT-A10

  • 600 mlBeaker quantity
  • (-10) °C ~ 40 °CAmbient temperature
  • ≤ 85 %Relative humidity
  • (-5) °C ~ 300 °CThermometer Measurement range
Dropping Point Tester (Air bath) LDPT-A11
  • ≤ 35 ℃Ambient temperature
  • ≤ 85 %Relative humidity
  • 250 W × 2Heating power of electric furnace
  • ≤ 700 WTotal power consumption