Specific Gravity Tester LSGT-A10

Specific Gravity Tester LSGT-A10 determines the theoretical maximum specific gravity of bituminous mixtures in accordance to ASTM D2041 Standard Test Method for Theoretical Maximum Specific Gravity of Bituminous Mixtures (Vacuum process). Adopted with single chip machine technology to shake a loose asphalt mixture sample submerged in water. Vacuum is applied into the sample, to extract out the air bubble.

  • Vessel Volume  4000 ml × 2
    Power of Vacuum pump 160 W
    Negative power 3.7 kPa(27.75 mmHg)
    Power of shaking machine 30 W
    Power supply AC(220±10%)V, 50Hz
    Dimension 510×520×380 mm
    • High test efficiency
    • Test 2 samples at one time
    • Adopts single chip machine technology
    • Equipped with a high-accuracy absolute pressure sensor
    • Vacuum meter showing working status of vacuum pump
    • Water buffer device preventing water flow from negative pressure container into the vacuum pump
  • Suitable for measuring theoretical specific gravity of bituminous mixtures. Can also be used for the calculation of the percent of air voids in compacted bituminous mixtures and the amount of bitumen absorbed by the aggregates.

  • No. Name Unit  Qty
    1 Specific Gravity Tester LSGT-A10 Set 1
    2 Negative pressure container(4000ml) Piece  2
    3 Sealing ring Piece 2
    4 Fuse 3A(Ф5×20) Piece 2
    5 Glass cover-plate Piece 1
    6 Quick-plug and connecting pipe(1 meter) Piece 1
    7 Operation manual Piece 1
  • No. Name
    1 Constant temperature water bath

Automatic Tag Closed Flash Point Tester LACF-A10

  • -50 to 70°CExperimental temperature range
  • 50 mlTest sample volume
  • 10 to 40°CAmbient temperature range
  • ≤ 85%Humidity

Specific Gravity Tester LSGT-A10

  •  4000 ml × 2Vessel Volume
  • 160 WPower of Vacuum pump
  • 3.7 kPa(27.75 mmHg)Negative power
  • 30 WPower of shaking machine
Existent Gum Tester LEGT- B31
  • Aluminum block bath, φ260 × 130 mmEvaporation bath type and size
  • 3 piecesHoles for testing
  • φ51 × 70 mmSize of holes for testing cylinder
  • Flow meterFlow rate display
Existent Gum Tester LEGT- B32
  • Aluminum bath φ260 × 130 mmEvaporation bath type and size
  • 5 piecesHoles for testing
  • φ51 × 70 mmSize of holes for testing cylinder
  • 160 ℃ ~ 165℃Working temperature

Existent Gum Tester LEGT- B30

  • Oil bathBath type
  • 5000 ml ± 50 mlBath capacity
  • Room temperature to 35 °CAmbient temperature
  • ≤ 85 %Relative humidity

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
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

Aniline Point Tester LAPT-A10

  • Room temperature ~ 150°CMeasurement range
  • 0 ~ 1200 r / minStirring speed
  • 25 WHeating power
  • 360 × 250 × 545 mmInterior Dimension

Aniline Point Tester LAPT-A11

  • ≤ 0.5 ℃Temperature controlling accuracy
  • Room temperature ~ 200 ℃Temperature controlling range
  • 5 VPower supply for illumination
  • 2 kWPower of motor