Cone Calorimeter
Cone Calorimeter
Cone Calorimeter
The Cone Calorimeter is important testing equipment that evaluates flammability and fire hazards.
This equipment measures the heat release rate, smoke density, and gas emission characteristics of solid materials, and is primarily used to evaluate the fire safety of materials.
The Cone Calorimeter conforms to ISO 5660-1, an international standard that specifies the Cone Calorimeter testing method, playing an important role in predicting fire hazards and understanding how materials react during a fire.
Key Features

Heat Release Rate (HRR) Measurement Evaluates fire hazards by measuring the heat release rate generated when materials combust. This is used as a key indicator of energy generated during a fire.
Smoke Density Measurement Analyzes the extent of smoke diffusion in the event of a fire by measuring smoke emission volume and density in real time.
Gas Analysis Measures gases such as CO, COโ, and Oโ to evaluate the concentration of hazardous gases generated during combustion. This is an important indicator for evaluating fire risk.
Precision Test Environment Control Maintains an accurate testing environment by providing a consistent thermal radiation level of 50 kW/m² or 75 kW/m².
Automatic Specimen Loading and Position Adjustment Automatically loads specimens according to their size and shape and precisely adjusts the specimen position to maintain test consistency.
Temperature Measurement Measures specimen surface and smoke temperatures to monitor combustion characteristics in real time.
Automatic Test Data Recording Accurately records test data through real-time data collection and automatic recording functions, with the ability to save and generate reports in CSV, Excel, and PDF formats.
Equipment Specifications
Specifications
| Heat Flux | 50 kW/m², 75 kW/m² (adjustable) |
| Heater Type | Cone-shaped radiant heater |
| Heat Release Rate | 0 ~ 100 kW (or above) |
| Smoke Density | 0 ~ 100% (measured by optical density) |
| Gas Concentration Measurement | CO, COโ, Oโ, VOC, etc. |
| Temperature Range | 0 ~ 1000°C |
| Temperature Sensor | K-type thermocouple |
| Specimen Size | 100 mm × 100 mm (standard specimen dimensions) |
| Specimen Form | Solid specimen (flat or planar surface) |
| Automatic Data Logging | Storage and report generation in CSV, Excel, and PDF formats |
| Data Analysis Software | Real-time data analysis and result visualization |
| Gas Analysis System | CO, COโ, Oโ concentration measurement |
| Power Requirements | 220 V, 50 Hz (may vary depending on model) |
| Power Consumption | 3.5 kW or above |
| Dimensions | Approx. 80 cm (W) × 100 cm (D) × 150 cm (H) |
| Weight | Approx. 100 ~ 150 kg |
Software Support Specifications

Test Automation Automation of test setup, progression, data recording, and report generation.
Test Setup Automatically configures test conditions (thermal radiation level, specimen size, etc.) in accordance with the standard.
Data Collection and Analysis Real-time measurement of HRR (Heat Release Rate), smoke density, and gas concentration.
Real-Time Monitoring Real-time monitoring of combustion characteristics (temperature, gas concentration, etc.) during testing.
Report Generation and Data Storage & Output Automatic generation of reports in CSV, Excel, and PDF formats after testing.
Test data is automatically saved and can be output in various file formats.
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Company Name : SNT CEO: Lee Woo-jong
Address: W 1013, The Front Misa, 11 Misagang-byeonjungang-ro, Hanam-si, Gyeonggi-do
Business Registration Number: 314-24-80398
Phone: 031-794-7980 Consultation Hours: Weekdays 09:00–18:00 (Closed on weekends and public holidays)
Cone Calorimeter

The Cone Calorimeter is important testing equipment that evaluates flammability and fire hazards. This equipment measures the heat release rate, smoke density, and gas emission characteristics of solid materials, and is primarily used to evaluate the fire safety of materials. The Cone Calorimeter conforms to ISO 5660-1, an international standard that specifies the Cone Calorimeter testing method, playing an important role in predicting fire hazards and understanding how materials react during a fire.
Key Features

Heat Release Rate (HRR) Measurement Evaluates fire hazards by measuring the heat release rate generated when materials combust. This is used as a key indicator of energy generated during a fire.
Smoke Density Measurement Analyzes the extent of smoke diffusion in the event of a fire by measuring smoke emission volume and density in real time.
Gas Analysis Measures gases such as CO, COโ, and Oโ to evaluate the concentration of hazardous gases generated during combustion. This is an important indicator for evaluating fire risk.
Precision Test Environment Control Maintains an accurate testing environment by providing a consistent thermal radiation level of 50 kW/m² or 75 kW/m².
Automatic Specimen Loading and Position Adjustment Automatically loads specimens according to their size and shape and precisely adjusts the specimen position to maintain test consistency.
Temperature Measurement Measures specimen surface and smoke temperatures to monitor combustion characteristics in real time.
Automatic Test Data Recording Accurately records test data through real-time data collection and automatic recording functions, with the ability to save and generate reports in CSV, Excel, and PDF formats.
Specifications
Heat Flux | 50 kW/m², 75 kW/m² (adjustable) |
Heater Type | Cone-shaped radiant heater |
Heat Release Rate | 0 ~ 100 kW (or above) |
Smoke Density | 0 ~ 100% (measured by optical density) |
Gas Concentration Measurement | CO, COโ, Oโ, VOC, etc. |
Temperature Range | 0 ~ 1000°C |
Temperature Sensor | K-type thermocouple |
Specimen Size | 100 mm × 100 mm (standard specimen dimensions) |
Specimen Form | Solid specimen (flat or planar surface) |
Automatic Data Logging | Storage and report generation in CSV, Excel, and PDF formats |
Data Analysis Software | Real-time data analysis and result visualization |
Gas Analysis System | CO, COโ, Oโ concentration measurement |
Power Requirements | 220 V, 50 Hz (may vary depending on model) |
Power Consumption | 3.5 kW or above |
Dimensions | Approx. 80 cm (W) × 100 cm (D) × 150 cm (H) |
Weight | Approx. 100 ~ 150 kg |
Software Support Specifications

- Test Automation Automation of test setup, progression, data recording, and report generation.
- Test Setup Automatically configures test conditions (thermal radiation level, specimen size, etc.) in accordance with the standard.
- Data Collection and Analysis Real-time measurement of HRR (Heat Release Rate), smoke density, and gas concentration.
- Real-Time Monitoring Real-time monitoring of combustion characteristics (temperature, gas concentration, etc.) during testing.
- Report Generation and Data Storage & Output Automatic generation of reports in CSV, Excel, and PDF formats after testing. Test data is automatically saved and can be output in various file formats.
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Company Name : SNT Address: W 1013, The Front Misa, 11 Misagang-byeonjungang-ro, Hanam-si, Gyeonggi-do
Business Registration Number: 314-24-80398 CEO: Lee Woo-jong Phone: 031-794-7980 Consultation Hours: Weekdays 09:00–18:00 (Closed on weekends and public holidays)
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