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Oxygen Bomb Calorimeter NOBC-104

Oxygen Bomb Calorimeter NOBC-104

Oxygen Bomb Calorimeter NOBC-104 is designed for determining the calorific value of various combustible materials. It is widely used in laboratories, research institutes, and industrial facilities for testing chemical samples. The system features automated temperature control and accurate heat measurement. Its robust oxygen bomb structure provides safe combustion under high-pressure conditions for precise energy analysis. With user-friendly operation and stable performance, it delivers efficient and consistent calorific value testing.


$6,588.00

Data Sheet

Specifications

Heat Capacity 40000 J/K
Ambient Temperature 5 to 35°C
Temperature Measurement Range 0 to 40°C
Temperature Resolution 0.0001K
Outer Drum Capacity Approximately 50L
Inner Drum Capacity 3L
Ignition Voltage 24V
Ignition Time 6 minutes to ignite
Display 5.7-inch touchscreen LCD
Power Consumption ≤80W
Power Supply AC 220V ±22V , 50Hz ±1Hz
Dimension (L×W×H) 420 × 600 × 470mm
Weight 35 kg

Features

  • High Accuracy
  • Fast Analysis
  • Stable Performance
  • User Friendly
  • Automatic Operation

Applications

Oxygen Bomb Calorimeter NOBC-104 is used to determine the calorific value of solid and liquid combustible materials to evaluate their energy content accurately. It is widely used in power plants, coal industries, research laboratories, universities, cement factories, and quality control laboratories for fuel and material testing.

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Related Models Of Oxygen Bomb Calorimeter

Labnics Oxygen Bomb Calorimeters feature high heat capacities for accurate analysis of calorific values. They use sealed combustion chambers and ensure high-pressure resistance for safety during tests. These units maintain temperature stability through insulated and uniform heating environments. Their automated operations and integrated detection systems reduce manual handling and enhance accuracy. Our calorimeters are widely used in fuel analysis labs, academic institutions, and thermal research centers.

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