According to the latest report of the National Fire Protection Association (NFPA) in 2024:
- 90% of wildfire house damage starts with roof ignition
- Embers accumulated at the seams of traditional ceramic tiles cause 37% of secondary fires
- The survival rate of metal roofs is 18 times higher than that of asphalt tiles
We have joined forces with the world’s top IBHS Wildfire Research Center to test 6 mainstream roofing materials in real fire scenarios, using hard-core data from the combustion laboratory to reveal the rules of survival.
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Speed ofLife and Death: Extreme Combustion Test of 6 Types of Roofing Materials
Test Conditions:
- Temperature Gradient: 200℃ to 1200℃ (simulating the whole process of wildfire development)
- Flying Fire Attack: 5cm diameter burning embers impact at a speed of 20m/s
- Duration: 120 minutes, twice the duration of international standards
Material Type | Fire Time | Maximum Surface Temperature | Structural Collapse Time | Toxic Gas Release |
Tejado metálico revestido de piedra | No Fire | 189℃ | No Collapse | 0 ppm |
Concrete Tile | 14 minutes and 32 seconds | 647℃ | 58 minutes | 12 ppm |
Laminated Asphalt Tile | 3 minutes and 15 seconds | 892℃ | 22 minutes | 287 ppm |
Anticorrosive wood tile | 1 minute and 50 seconds | 1053℃ | 9 minutes | 412 ppm |
Teja de arcilla | 8 minutes and 10 seconds | 563℃ | 41 minutes | 38 ppm |
PVC synthetic tile | 4 minutes and 55 seconds | 734℃ | 34 minutes | 165 ppm |
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Analysis of five-layer fireproof black technology
1. Molecular sealing system
- 360° seamless lock edge: eliminate gaps above 0.5mm and prevent ember penetration
- Expanded graphite sealant: expands 400% when heated, with a fire resistance limit of 168 minutes
2. Heat reflective armor
Parámetros | Stone-coated metal roof | Traditional ceramic tile |
Solar reflectivity (SRI) | 92 | 25 |
Thermal radiation reflectivity | 87% | 32% |
Surface temperature during wildfire | ≤220℃ | ≥800℃ |
3. Flying fire defense matrix
- Basalt armor layer: 3mm composite coating can withstand 15 joule impact (equivalent to a golf ball hitting at 130km/h)
- 65° self-cleaning slope: automatically removes 98% of combustible residues

*Patented three-layer fireproof structure: ①Basalt armor layer ②Air insulation layer ③Magnesium aluminum zinc alloy substrate*
4. Intelligent thermal blocking system
- Phase change energy storage material: Absorbs 142kJ/㎡ heat in the range of 300-500℃
- Nano aerogel insulation: Thermal conductivity is only **0.018W/(m·K)** (traditional rock wool 0.040)
5. Structural fire resistance design
- Cold-bent reinforcement: 270% increase in bending strength (ASTM C1167 test)
- Ceramic fiber cushion: Maintain structural integrity at 1200℃
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Global wildfire area actual case library
Case 1: California Wine Country Defense War
- Desafío: Glass Fire wildfire in 2023, wind speed 130km/h + 45℃ high temperature
- Solución:
- 0.7mm stone coated metal roof (Class A rating)
- Integrated infrared thermal imaging early warning system
- Results:
- Protected 12 wineries from burning
- Won the highest certification of the California government Fire Safe Council

Case 2: Blue Mountain Residential Area, Australia
- Desafío: Crown fire flames up to 70 meters high + flying fire attack
- Solución:
- Enhanced eaves protection + automatic fire extinguishing coating
- Community-level fireproof roof renovation plan
- Results:
- Achieved Zero house damage in the 2019-2020 wildfire season
- Insurance claim costs reduced by 94%

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Three steps to build a fireproof fortress
Step 1: Risk assessment
- Use our Wildfire Risk Map Tool:
✅ View the fire risk level of the house (level 1-5)
✅ Analyze historical fire data
✅ Get customized protection suggestions
Step 2: System upgrade
Protection level | Recommended configuration | Costes | Insurance discount |
Basic level | Class A roof + metal vents | $8-12/sq. ft. | 5-9% |
Advanced level | Add smart monitoring + automatic sprinkler | $15-18/sq. ft. | 12-15% |
Fortress level | Whole house fire protection system integration | $22-28/sq. ft. | 18-22% |
Step 3: Certified maintenance
- Annual drone inspection (generate hot spot report)
- Sealant life test every 5 years (ultrasonic flaw detection)
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Five subversions of fire protection cognition
❌ Concepto erróneo: “Class A materials can be fireproof alone”
✅ La verdad: Fireproof eaves are required (accounting for 73% of the overall protection effect)
❌ Mito: “Metal roofs will conduct heat and ignite the attic”
✅ La verdad: Air layer insulation makes the attic temperature 18-25℃ lower than the outdoor temperature
❌ Mito: “Old buildings cannot upgrade fireproof roofs”
✅ La verdad: 82% of cases support original roof reinforcement installation (load ≥1.5kN/㎡ required)
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Limited-time fire protection upgrade plan
Submit your needs and enjoy:
1. Free wildfire risk assessment (worth $850)
2. Government subsidy application assistance (up to $40,000)
3. 10-year warranty upgrade (including disaster damage compensation)