XROOF Brand ASA Roma 1050 Roof Tile Sheet XR-R1050
INQUIRY
Lasting Color
The ASA Roma Roof Sheet surface material is made of extra high weather resistance engineering and maintains the stability of color even if exposed to such bad conditions as an ultraviolet ray.
Corrosion Resistance
XROOF ASA Roma style roof sheet has no chemical reaction after being soaked in salt, alkali and various acids below 60% for 24 hours. Experiments have shown that ASA Roma roof sheet has excellent corrosion resistance.
Heat Insulation
With excellent weather, resistance has a good heat insulation effect, and the thermal conductivity of the ASA ROMA Roof Sheet is 0.29w/MK, which is 1/2000 of color steel plate.
Flame Retardancy
ASA Roma corrugated plastic roof sheet is made of flame retardant material and it has achieved V-O grade fire retardancy.
Sound Insulation
The ASA coated corrugated plastic roofing has good noise absorbing function under influence of outside noises including rainstorms and strong wind, etc.
Water Resistance
The ASA coated corrugated plastic roofing is compact and does not absorb water, so avoid the water seepage from micropores.
Every detail of ASA Roma roof sheet is the embodiment of XROOF production technology.
ASA Roma Roof Sheet Application
ASA resin is known for its weather resistance, UV stability, and durability, making it suitable for outdoor applications. Here are some applications of ASA Roma roof sheets:
Residential Roofing: ASA ROMA Roof Sheet can be used for residential buildings, protecting any weather elements while maintaining an aesthetically pleasing appearance.
Commercial and Industrial Roofing: Roma-style ASA Roof sheets may be used for commercial and industrial buildings to ensure durability and longevity, for example, hotels, stores, malls, carports, suites, restaurants, bars, etc
Agricultural Buildings: ASA ROMA Roof Sheet can be applied in agricultural structures, such as barns and sheds, due to its resistance to harsh weather conditions.
Recreational Buildings: Structures like sports facilities, outdoor event spaces, and recreational areas might benefit from ROMA style ASA PVC Roof Sheet for its weather-resistant, thermal insulation, and waterproof properties.
NO. |
Test item |
Test method |
Test condition |
Test result |
|
1 |
Xenon-arc Exposure |
ISO 4892-2:2013,ISO 105-A02:1993 Cor2: 2005 and ASTM D2244-11 |
ISO 4892-2:2013 cycle 4 Irradiance:(0.51±0.02)W/(m2·nm)@340nm 102min light at (63±3)℃BPT,(50±10)℃RH 18min light and water sparay Filter: Boro/Boro Exposure period: 500h |
Greyscale |
2-3 |
∆E*ab |
3.5 |
||||
2 |
Thermal resistance |
With reference to ASTM D3045-92(2010) and client’s requirements |
150℃.30min |
Visible deformation and color fading, but o other visible change. |
|
3 |
Muriatic acid resistance |
Medium: 35%(m/m) HCI(AR) Method: Immersion method Temperature: Room temperature Test time: 48h |
|||
4 |
Sulfuric acid resistance |
With reference to ISO 175-2010 and client’s requirements |
Medium: 30%(m/m) H2SO4(AR) Method: Immersion method Temperature: Room temperature Test time: 48h |
No visisble change |
|
5 |
Alikali resistance |
With reference to ISO 175-2010 and client’s requirements |
Medium: 40% (m/m) NaOH(AR) Method: Immersion method Temperature: Room temperature Test time: 48h |
No visible change. |
|
6 |
Density |
ISO 1183-1:2012 Method A |
Abosolute alcohol, 23±0.5℃ |
1.799g/cm3 |
|
7 |
Flexural strength |
ISO 178:2010/Amd.1:2013 Method A |
Specimen:100x10.96x3.12mm Testing speed: 1mm/min Span: 50mm |
41.3MPa |
|
8 |
Flexural modulus |
4520MPa |
|||
9 |
Charpy unnotched impact strength |
ISO 179-1: 2010 |
Specimen: ISO 179-1/1Eu Specimen thickness:3.13mm The capcaity of the pendulum: 5J Impact speed: 2.90m/s Span: 62mm
|
38Kj/M2 C(complete break) |
|
10 |
Vicat softening temperature |
ISO 306:2004 Method B50 |
Specimen thickness: 3.01mm Rate of temperature: 50℃/h |
77.3℃ |
|
11 |
Tensile strength |
ISO 527-1:2012 and ISO 527-2:2012 |
Specimen: Type 1B Specimen thickness:3.05mm Testing speed: 5mm/min Grip separation:115mm |
20.3MPa |
|
12 |
Nominal tensile strain at break |
13% |
|||
13 |
Impact resistance |
GB/T 8814-2004 Section 5.7 and 6.7 |
Precondition:-10℃,1h→ Take out and do test within 10s. Specimen thickness:3.02mm Geometry: H.25 Strike weight: 1.0kg Span: 200mm Number of specimens tested:10 |
Number of spcimen breakage:0 |
|
14 |
Dimensional change |
With reference to ASTM D1204-08 and client’s requirement |
Condition: 100℃,60min→ 23±2℃,50±5%RH,1h Specimen: 25x25cm Medium:Talcum powder |
X drection |
-0.7% |
Y direction |
-1.3% |
||||
15 |
Oxygen Index |
ISO 4589-1: 1996 and ISO 4589-2: 1996/Amd.1:2005 |
Specimen: Type III Specimen thickness: 3.2mm Ignition procedure: Method A |
32.8% |
|
16 |
Horizontal burning test |
UL 94-2013 Section 7 |
Specimen: 126x13.4x3.0mm Conditioning: 23±2℃ 50±5%RH,48h |
HB |
|
17 |
20mm Vertiacal burning test |
UL 94-2013 Section 8 |
Specimen: 126x13.4x3.0mm |
V-1 |
|
18 |
Burning test |
DIN 4102-1:1998-05 |
See appendix1 |
The sample tested met the requirements of class B2 |
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