Specifications
| Model | T1130 | ||||
| Material | Raw PVC material, and other chemical materials | ||||
| Thickness | 2.0mm | 2.5mm | 3.0mm | ||
| Weight/Sqm | 4.0kg | 5.0kg | 6.0kg | ||
| Quantity/40’HQ | 7200m2 | 5700m2 | 4800m2 | ||
| Overall width | 1130mm | ||||
| Effective width | 1050mm | ||||
| Length | Customized, Max 5.8m for 20FT container, Max 11.8m for 40HQ container | ||||
| Purlin distance | ≤1200mm | ||||
| Profile |  |
||||
Excellent advantages
Why upvc corrugated sheet, Not clay, Not steel, Not cement?
| UPVC | Clay | steel | cement | |
| Light weight |  |
 |
|
|
| Heat insulation | |
|
|
|
| Anti-corrosion | |
|
|
|
| Anti-earthquake | |
|
|
|
Application
Installation of UPVC corrugated sheet
Our Certificate
Test Report of upvc corrugated sheet
| NO. | Test Item | Test Method | Test Condition | Test Result | |
| 1 | UV Exposure | ASTM G154-12 ASTM D2244-11 | ASTM G154-12 cycle 1, Lamp type:UV340, Exposure period:200h | ΔE*ab=0.5 | |
| 2 | Tensile Strength | ASTM D638-10 | Testing speed:50mm/min | 26Mpa | |
| 3 | Flexural Strength | ASTM D790-10 Procedure A | Testing speed: 1.3mm/min Span:48mm | 52Mpa | |
| 4 | Impact Resistance | ASTM D5420-10 | Geometry GE(Ø12.7mm) Impact Weight:0.9kg | Mean Failure energy:4J | |
| 5 | High-Temperature Resistance | 60℃, 6h | No visible change | ||
| 6 | Low Temperature | -35℃, 6h | No visible change | ||
| 7 | Chemical Resistance | 70% Ethanol solution(v/v), Immersion test, 23℃, 2h | No visible change | ||
| 10% NaOH solution Immersion(m/m), test, 23℃, 2h | No visible change | ||||
| Saturated NaCL solution(m/m), Immersion test, 23℃, 2h | No visible change | ||||
| 8 | Thermal Conductivity | ASTM C518-10 | Mean Temperature 25.58℃ | Temperature difference 9.36℃ | Thermal Conductivity 0.071[(W/(M.K)] |
| 9 | 20mm Vertical burning test | UL94-2013 Section 8 | Specimen:129×12.5×3.0mm | V-0 | |
| 10 | Sound Insulation | Compare with metal roof tile | 30dB lower | ||
| 11 | Hard to Burn | B1 Grade | Oxygen index 32.4 | ||
Reviews
There are no reviews yet