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Lámina de techo española de ASA con malla de fibra XR-S1050 de XROOF

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Lámina de techo española de ASA con malla de fibra XR-S1050 de XROOF

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Lámina de techo española de ASA con malla de fibra XR-S1050 de XROOF, especialista en láminas de PVC para techos. Solicite información.

Fiber Mesh ASA Spanish roofing sheet XR-S1050 from XROOF

Fiber mesh ASA Spanish roof sheet is a layer of fiber mesh added to the core layer of ASA Spanish Roof Sheet, and the impact resistance of ASA Spanish roof sheet is added to the advantages of corrosion resistance, flame retardancy, weather resistance, etc. XROOF Fiber mesh ASA Spanish roof sheet is suitable for use in hail areas, snow areas and seaside areas.
BrandXROOF
ModelXR-S1050
Layers5layers
DeliveryTime10-15 Working Days After Advance
MOQ1000 square meter/ thickness
Warranty25 years

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ASA Spanish Fiber Mesh Roof Sheet Advantages
 
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Lasting Color

The Fiber Mesh ASA Spanish roofing sheet XR-S1050 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 Fiber Mesh ASA Spanish roofing 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 Fiber Mesh ASA Spanish roofing sheet is 0.29w/MK, which is 1/2000 of color steel plate. 

Flame Retardancy

ASA Spanish roofing sheet with fiber mesh is made of flame retardant material and it has achieved V-O grade fire retardancy.

 

Sound Insulation

The ASA Spanish 1050 Roof Sheet XR-S1050 has good noise absorbing function under influence of outside noises including rainstorms and strong wind, etc.

 

Water Resistance

The ASA Spanish 1050 Roof Sheet with fiber mesh is compact and does not absorb water, so avoid the water seepage from micropores.

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ASA Spanish Roof Sheet XR-S1050  Specification

Width: 1050mm

Effecived width: 960mm

Length: Customized

Thickness: 2.5mm, 2.8mm, 2.0mm

Application: Residential, Villas, Resorts, Hotels, Government Projects, etc.

 
ASA Spanish Fiber Mesh ROOF sheet XR-1050 Detail Image
 

Every detail of Fiber Mesh ASA Spanish Roof Sheet XR-S1050 is the embodiment of XROOF production technology.

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ASA Spanish Fiber Mesh Roof Sheet  Range

Fiber Mesh ASA Spanish roofing sheet is an stronger Spanish style ASA coated corrugated plastic roofing material, which symbolizes high-end, high-quality good life. This premium roofing sheet gives your roof the look of traditional Roman tiles used in the 18th century.

XROOF brand Spanish style ASA Roof Sheet with fiber mesh has passed the test and certified to the national standards, ASA Roma Roof Sheet is available in a variety of colors and can be customized in various lengths for high-end homes such as resorts, villas, single-family homes, hotels, and more.

 
ASA Spanish 1050 Roof Sheet Test Technical Data From SGS
 

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

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

No visisble change

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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