Automatic Thermogravimetric Analyzer LTGA-A10

Automatic Thermogravimetric Analyzer LTGA-A10 is a high performance, efficient unit designed to study thermal stability of materials and its allied components. It offers a resolution of 0.1 ºC and works between temperature range of room temperature to 1000 ºC. Operates in an inert, oxidizing, reducible, static and dynamic atmosphere and possess two-way gas and control flow volume.

  •  Temperature range Room temperature to 1000 ºC
    Temperature resolution 0.1 ºC
    Temperature fluctuation ±0.1 ºC
    Heating rate 1 ~ 80 ºC / min
    Cooling time 15min  (1000ºC ~ 100ºC)
     Balance measuring range 1mg~2g  (Can be extended to 30g)
     Resolution 0.1 u g
    Constant temperature and time 0 ~ 300min (set arbitrarily)
    Atmosphere Inert, oxidizing, reducible, static and dynamic
    Power AC220V, 50Hz
    • LCD display
    • Two-way gas and control flow volume
    • Built-in gas flow meter
    • Temperature control mode: Rising temperature, Cooling temperature, Constant temperature
    • Software to record TG curves automatically
    • Data processing and print data results
    • RS232 interface
  • Thermogravimetric Analyzer gives automatic analysis of Thermal stability, Moisture, Volatiles, Ash, Fixed Carbon Special application for Coal & Coke.

Automatic Thermogravimetric Analyzer LTGA-A10

  • Room temperature to 1000 ºC Temperature range
  • 0.1 ºCTemperature resolution
  • ±0.1 ºCTemperature fluctuation
  • 1 ~ 80 ºC / minHeating rate

Existent Gum Tester LEGT- B30

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

Lubricating Oil Rust Characteristics Tester LRCT-A11

  • 4 piecesSample hole
  • 1400 rpmSpeed of stirring motor
  • 1000 ± 50 rpmSpeed for sample stirring
  • Room temperature to 35°CAmbient temperature

Liquefied Petroleum Gas Copper Corrosion Tester LRCT-A10

  • 2 piecesSample hole
  • 1400 rpmSpeed of stirring motor
  • 10 to 35°CAmbient temperature
  • Room Temperature to 100°CTemperature controlling range
Copper Strip Corrosion Tester LRCT-A13
  • 4 piecesSample hole
  • 4 to 12 piecesSample quantity
  • Room temperature to 35 °CAmbient temperature
  • Room temperature to 100°CTemperature controlling range
Ash Content Tester LACT-A10
  • {"Controlled\u00a0temperature":"775 \u00b125 \u2103","Temperature rising time of empty chamber":"\u2264 50 min","Furnace temperature uniformity":"\u2264 15\u2103","Internal dimension":"200 \u00d7 120 \u00d7 80 mm","External dimension":"490 \u00d7 490 \u00d7 450 mm","Power consumption":"2.5 kW","Power supply":"AC 220V \u00b110%, 50 Hz","Net weight":"35 kg"}Electric Muffle Furnace
  • {"Maximum control temperature":"1200 \u2103","Dimension":"500 \u00d7 300 \u00d7 235 mm","Power consumption":"5000 W","Power supply":"AC 220\u00b110% V, 50Hz","Net weight":"5 kg"}Temperature controller
  • {"Heating power":"(1 to 6) grades, continuously adjustable","Temperature":"400\u2103","Diameter of heating plate":"\u03a6 180 mm","Dimension":"280 \u00d7 250 \u00d7 90 mm","Power consumption":"2000 W","Power supply":"AC 220\u00b110%V, 50Hz"}Electric heating plate

Engler Viscometer LEV-A10

  • 200 ± 0.2 mlGraduated Flask
  • 51 ± 1 sStandard Water Value
  • 0 ~ 100 °CTemperature Range
  • ± 0.2 °CTemperature Controlling Accuracy

Engler Viscometer LEV-B10

  • 200 ± 0.2 ml (50 ± 0.2 ml for bituminous materials)Graduated Flask
  • 51 ± 1 sStandard Water Value
  • 0 ~ 100 °CTemperature Range
  • 10 °C ~ 40 °CAmbient Temperature
Engler Viscometer LEV-A11
  • 100 mlGraduated Flask
  • 51 ± 1 sStandard Water Value
  • 0 ~ 100 °CTemperature Range
  • ± 0.1 °CTemperature Controlling Accuracy