T-MAX®
Uses
NRC
| Standard Thickness | Noise Reduction Co-Efficient (NRC) |
|---|---|
| 3/8” | 0.32 |
| 1/2” | 0.40 |
| 1” | 0.70 |
| 2” | 0.95 |
Comparison
T-MAX® vs Traditional materials
| Classifications | T-MAX® (Polyester) | Glass fiber | Rock Wool | Urethane foam |
|---|---|---|---|---|
| Recycle | Easy recycling and incineration.
No micro particles generated. |
Difficult to reuse and incineration | ||
| Environmental | No Air pollution due to rare arsenic acid by weathering | Air pollution generated because of arsenic acid by weathering | ||
| Hazardous Nature | Harmless to human body. (Using materials for clothes) | Harmful to human body for prolonged use. | Toxic gas is generated when caught on fire. | |
| Absorption Properies | Superior tensile strength and Cohesiveness. Excellent Sound absorption property. | Decreased sound absorption and heat insulation due to prolonged water drainage. | Close cell structure | |
| Heat / Fire Resistance | Fire resistant as an organic material. | Non-combustible due to an inorganic material | Frail to heat | |
| Weather Resistance | Weathering does not occur even in case of prolonged exposure to air due to strong cohesiveness | Weathering occurs in case of prolonged exposure to air | Almost unchangeable shape | |