High-Efficiency Super Insulation Material
DDASAMI PF Board Semi-Noncombustible is a high-performance semi-noncombustible insulation material that delivers excellent thermal insulation and flame-retardant performance among organic insulation materials.
In the event of a fire, it forms a char layer that delays the spread of flames. With excellent dimensional stability and minimal shrinkage and expansion from temperature changes, the material retains its shape even after long-term use.
Characteristics of DDASAMI Board
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Thermal Insulation Performance
As a high-efficiency insulation material with an extremely low thermal conductivity among construction insulation materials, it delivers excellent thermal insulation performance.
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Dimensional Stability
With minimal shrinkage and expansion from temperature changes, the material shows little change in shape even after long-term use and maintains stable performance.
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Cost-Efficiency
Its high insulation performance allows for a thinner installation thickness than materials at the same performance level, reducing wall and floor thicknesses and improving space utilization efficiency.
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Durability
The material maintains its insulation performance well over long-term use, and its high thermal stability results in minimal performance degradation.
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Fire Safety
As a product with semi-noncombustible performance, it forms a char layer in the event of fire, delaying the spread of flame.
Performance Standards for Semi-Noncombustible Materials
| Classification |
Heat Release Test |
Gas Toxicity Test |
Korean Industrial Standard (KS) |
KS F ISO 5660-1 Heat Release Rate (Cone Calorimeter Method) |
KS F 2271 Gas Toxicity Test |
Test Method |
Total heat release: 8 MJ/㎡ or less (over 10 minutes)
- Most recent test result: Test 1: 0.1 / Test 2: 0.1 / Test 3: 0.2 |
Average behavior arrest time of test rats: 9 minutes or more
- Most recent test result: 14 minutes or more |
Maximum heat release rate: does not exceed 200 kW/㎡ for 10 seconds or longer
- Most recent test result: 0 (i.e., below 10) |
No cracks, holes, melting, or other fire-hazardous damage penetrating the test specimen
- Most recent test result: None |
