NT Root Barrier Method applied regenerative TPO for the purpose of ensuring eco - friendly by utilizing cyclical resources. It was manufactured by polymerization reaction using metallocene catalyst, not by simple mixing, and applied a regenerated Reactor TPO for excellent materiality. It also maintains most of its original performance after regeneration, and applied a physical performance.
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Characteristic
Scope of application
Packaging Unit
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| Item | Type | ||||
|---|---|---|---|---|---|
| Reinforced Composite Type | |||||
| Tensile Performance | Tensile Strength (N/㎜) | Above 24 | |||
| Coefficient of Expansion (%) | Above 15 | ||||
| Tearing Performance | Tensile Strength (N) | Above 50 | |||
| Temperature dependence | -20℃ | Coefficient of Expansion (%) | Above 7.5 | ||
| 60℃ | Tensile Strength (N/㎜) | Above 10 | |||
| Heat Flexibility | Flexibility (㎜) | Tension | Below 2.0 | ||
| Shrink | Below 4.0 | ||||
| After Heat Treatment Tensile Performance | Tensile Strength (%) |
Heat Treatment | Above 80 | ||
| Promotional Processing | Above 80 | ||||
| Alkali Treatment | Above 80 | ||||
| Coefficient of Expansion (%) | Heat Treatment | Above 70 | |||
| Promotional Processing | Above 80 | ||||
| Alkali Treatment | |||||
| Above 80 | |||||
| Heat Properties during tension | Heat Treatment | No cracks in any test specimen during heat treatment | |||
| Promotional Processing | |||||
| Ozone Treatment | |||||
| Tensile Performance | Tensile Strength (N/㎜) |
Untreated | Above 24 | ||
| Heat Treatment | Above 19 | ||||
| Alkali Treatment | Above 19 | ||||