This test evaluates the performance of aerogel-based fire suppression technology in lithium-ion battery fire scenarios under real fire conditions.
The objective is to verify suppression effectiveness, cooling performance, and re-ignition prevention during thermal runaway events.
All tests are conducted using controlled ignition methods and monitored with temperature and combustion data to ensure reliable and repeatable results.
The results confirm that aerogel-based suppression is highly effective in lithium battery fire scenarios with no re-ignition risk.
Fire Type: Lithium-ion battery thermal runaway
Test Object: Battery module / pack
Ignition Method: External heating trigger
Environment: Semi-enclosed test space
Real Fire Test Footage →
Extinguishes lithium battery fires within ≤120 seconds under thermal runaway conditions. Significantly reduces flame intensity and prevents fire spread.
Forms a stable aerogel barrier that prevents oxygen contact and stops internal reactions. No re-ignition observed after suppression.
Quickly absorbs heat and reduces surface temperature within seconds. Effectively slows down thermal runaway propagation.
Aerogel-based fire suppression combines rapid cooling, oxygen isolation, and heat-resistant barrier formation to stop combustion at its source and prevent re-ignition.
Instantly absorbs heat energy and lowers temperature to slow thermal runaway.
Creates a dense, heat-resistant foam layer that isolates oxygen and fuel.
Prevents burn-back and eliminates the risk of fire recurrence.
Fire test results show significant performance differences between aerogel-based suppression and conventional fire extinguishing methods. Choosing the right solution directly impacts safety, equipment protection, and long-term cost.
| Criteria | ⭐ Aerogel | Dry Powder | Foam (AFFF) | CO₂ | Water |
|---|---|---|---|---|---|
| Fire Classes | A, B, E, F | A, B, C | A, B | B, E | A |
| Extinguishing Speed | ⚡ Seconds | Fast | Medium | Fast | Slow |
| Re-ignition Risk | ✅ None | ⚠️ Possible | ❌ High | ❌ High | ❌ High |
| Electrical Safety | Up to 36kV | Residue Risk | Not Safe | Safe | Not Safe |
| Cooling Capability | ★★★★★ | ★ | ★★★ | ★ | ★★★★ |
| Residue | Minimal | Heavy | Moderate | None | None |
| Equipment Damage | None | High | Medium | None | High |
| Environmental Impact | Eco-friendly (REACH) | Dust Pollution | PFAS Risk | CO₂ Emission | Low |
| Maintenance Cost | Low | Medium | Medium | Medium | Low |
Full fire test reports and application-specific data are available upon request.
Lightweight aerosol extinguishers designed for quick response to small fires in vehicles, offices, and confined spaces.
Portable firefighting equipment designed for wildfire control, forest operations, and remote emergency response.
Automatic fire suppression monitor designed for large facilities, warehouses, tunnels, and industrial environments.
Access detailed fire test reports and get expert recommendations for your application.
Our engineering team will help you select the most effective fire protection solution based on your specific fire risks.
This test evaluates the performance of aerogel-based fire suppression technology in lithium-ion battery fire scenarios under real fire conditions.
The objective is to verify suppression effectiveness, cooling performance, and re-ignition prevention during thermal runaway events.
All tests are conducted using controlled ignition methods and monitored with temperature and combustion data to ensure reliable and repeatable results.
The results confirm that aerogel-based suppression is highly effective in lithium battery fire scenarios with no re-ignition risk.
Fire Type: Lithium-ion battery thermal runaway
Test Object: Battery module / pack
Ignition Method: External heating trigger
Environment: Semi-enclosed test space
Real Fire Test Footage →
Extinguishes lithium battery fires within ≤120 seconds under thermal runaway conditions. Significantly reduces flame intensity and prevents fire spread.
Forms a stable aerogel barrier that prevents oxygen contact and stops internal reactions. No re-ignition observed after suppression.
Quickly absorbs heat and reduces surface temperature within seconds. Effectively slows down thermal runaway propagation.
Aerogel-based fire suppression combines rapid cooling, oxygen isolation, and heat-resistant barrier formation to stop combustion at its source and prevent re-ignition.
Instantly absorbs heat energy and lowers temperature to slow thermal runaway.
Creates a dense, heat-resistant foam layer that isolates oxygen and fuel.
Prevents burn-back and eliminates the risk of fire recurrence.
Fire test results show significant performance differences between aerogel-based suppression and conventional fire extinguishing methods. Choosing the right solution directly impacts safety, equipment protection, and long-term cost.
| Criteria | ⭐ Aerogel | Dry Powder | Foam (AFFF) | CO₂ | Water |
|---|---|---|---|---|---|
| Fire Classes | A, B, E, F | A, B, C | A, B | B, E | A |
| Extinguishing Speed | ⚡ Seconds | Fast | Medium | Fast | Slow |
| Re-ignition Risk | ✅ None | ⚠️ Possible | ❌ High | ❌ High | ❌ High |
| Electrical Safety | Up to 36kV | Residue Risk | Not Safe | Safe | Not Safe |
| Cooling Capability | ★★★★★ | ★ | ★★★ | ★ | ★★★★ |
| Residue | Minimal | Heavy | Moderate | None | None |
| Equipment Damage | None | High | Medium | None | High |
| Environmental Impact | Eco-friendly (REACH) | Dust Pollution | PFAS Risk | CO₂ Emission | Low |
| Maintenance Cost | Low | Medium | Medium | Medium | Low |
Full fire test reports and application-specific data are available upon request.
Lightweight aerosol extinguishers designed for quick response to small fires in vehicles, offices, and confined spaces.
Portable firefighting equipment designed for wildfire control, forest operations, and remote emergency response.
Automatic fire suppression monitor designed for large facilities, warehouses, tunnels, and industrial environments.
Access detailed fire test reports and get expert recommendations for your application.
Our engineering team will help you select the most effective fire protection solution based on your specific fire risks.