Roofing Resin

Short Description:

ASA SYNTHETIC Roofing Resin TILE ROYAL 1050


Product Detail

Product Tags

PRODUCT DETAILS:

Features

Lasting color
Excellent anti-load Capacity
Good Sound Insulation
Excellent Corrosion Resistance
Good shock Resistance
Low Temperature Resistance
Excellent Self-cleaning
Excellent Heat Insulation
Volume Stability
Excellent Water Resistance
Strong Fire Retardant
Excellent Insulation
Environment Protection
Rapid Installation


ASA Roof Sheet Project

ASA Resin Roof Sheet Project

Synthetic Resin Roof Sheet Project

Synthetic Resin Roof Project

ASA SYNTHETIC RESIN ROOF TILE TEST RESULT FROM SGS

NO. Test item Test method
1 Color persistence ISO4892-2:2013,ISO105-A02:199

3 Cor2:2005 and ASTM

D2244-11

2 Muriatic acid resistance ISO175-2010
3 Sulfuric acid resistance ISO175-2010
4 Alkali resistance ISO175-2010
5 Tensile strength ISO 527-1:2012 and ISO527-2:2012
6 Nominal tensile strain at break ISO 527-1:2012 and ISO527-2:2012
7 Flexural strength ISO 178:2010 / Amd.1:2013Method A
8 Impact resistance GB/T 8814-2004 Section5.7 and 6.7
9 Oxygen Index ISO 4589-1:1996 and ISO4589-2:1996 / Amd.1:2005
10 Burning test DIN 4102-1:1998-05

ASA SYNTHETIC RESIN ROOF TILE TEST RESULT FROM SGS (2014)

NO. Test item Test method Test condition
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

       
2 Thermal resistance With reference to ASTM D3045-92(2010) and client’s requirements 150℃.30min
3 Muriatic acid resistance With reference to ISO 175-2010 and client’s requirements 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

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

6 Density ISO 1183-1:2012     Method A Abosolute alcohol, 23±0.5℃
7 Flexural strength ISO 178:2010/Amd.1:2013

Method A

Specimen:100x10.96x3.12mm

Testing speed: 1mm/min

Span: 50mm

8 Flexural modulus    
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

10 Vicat softening temperature ISO 306:2004 Method B50 Specimen thickness: 3.01mm

Rate of temperature: 50℃/h

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

12 Nominal tensile strain at break    
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

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

       
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

16 Horizontal burning test UL 94-2013 Section 7 Specimen: 126x13.4x3.0mm

Conditioning: 23±2℃, 50±5%RH, 48h

17 20mm Vertiacal burning test UL 94-2013 Section 8 Specimen: 126x13.4x3.0mm
18 Burning test DIN 4102-1:1998-05 See appendix1

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