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2023-08-03 23:40
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Company Profile
Anhui Lihua Wood Composite Co.,Ltd.By certification [File Integrity]
Contact:lisenwpc(Mr.)
Email:
Telephone:
Phone:
Area:Beijing
Address:Beijing
Website:http://www.lisenwpc.com/ http://lisenwpc.shoes-trade.net/
Item: 3D Wood Deep Grain Embossed Wood Composite Solid Decking
Keywords:
3D embossed WPC decking,
Super embossed WPC decking,
Deep grain embossed,
Outdoor wood decking,
WPC Decking Floor,
3D embossed solid decking
Products Details
Name |
3D Embossed WPC Decking |
Item |
3DLS140S21A |
Section |
|
Width |
140mm |
Thickness |
21mm |
Weight |
4050g/M |
Density |
1350kg/m³ |
Length |
2.7m, 2.9m, 3.6m, or customized |
Application |
Swimming Pool, Building |
Surface Treatment |
Brushed and Sanding |
Warranty |
Five years |
Product Feature
1: New technology 3D embossing WPC outdoor decoration floor, decorative enhancement. 3D embossing technology is a superficial carving technique. Each floor is the same as a sculpture, and the artistic atmosphere and visual degree have been greatly improved. Classical 3D embossing is a great improvement in seen wood-plastic floors, which cannot only be re-engraved with the bands but also support the traces of the start barking.
2: Traditional wpc composite decking are easy to lose grain on surface, super embossed decking perform better than any common composite wood, it is more natural and attractive, better fading and scratching resistant.
3: Lihua’s super embossed WPC decking have all the advantages of traditional composite decking, it is still kept: waterproof, anti-UV, weather resistant, anti-corrosion, insect prevention, low maintenance, long service life etc... And the deep embossed boards look and feel more like the natural wood due to the 3D embossing treatment of the surface.
Data sheet | |||
PRODUCT SPECIFICATION | |||
Item |
Standard |
Requirements |
Result |
Slip Resistance Dry |
EN 15534-1:2014 Section6.4.2 CEN/TS 15676:2007 EN 15534-4:2014 Section 4.4 |
Pendulum value ≥36 |
Longtitudinal direction: Mean 56, Min 55 Horizontal direction: Mean 73, Min 70 |
Slip Resistance Wet |
EN 15534-1:2014 Section6.4.2 CEN/TS 15676:2007 EN 15534-4:2014 Section 4.4 |
Pendulum value ≥36 |
Longtitudinal direction: Mean 38, Min 36 Horizontal direction: Mean 45, Min 43 |
Falling mass impact resistance |
EN 15534-1:2014 Section7.1.2.1 EN 15534-4:2014 Section 4.5.1 |
None of the speciments shall a failure with a crack length ≥10mm or a depth of residual indentation ≥0.5mm |
Max.Crack length(mm):No crack Max.Residual indenation(mm):0.31 |
Flexural properties |
EN15534-1:2014 AnnexA EN 15534-4:2014 Section 4.5.2 |
-F'max: Mean≥3300N, Min≥3000N -Deflection under a load of 500N Mean≤2.0mm, Max≤2.5mm |
Bending Strength: 27.4 MPa Modulus of elasiticity: 3969 MPa Maximum load: Mean 3786N, Min 3540N Deflection at 500N: Mean: 0.86mm, Max: 0.99mm |
Creep behaviour |
EN 15534-1:2014 Section7.4.1 EN 15534-4:2014 Section 4.5.3 |
Known span in use: Mean ∆S≤10mm, Max ∆S≤13mm, Mean ∆Sr≤5mm |
Span: 330mm, Mean ∆S 1.65mm, Max ∆S 1.72mm, Mean ∆Sr 1.27mm |
Swelling and water absorption |
EN 15534-1:2014 Section8.3.1 EN 15534-4:2014 Section 4.5.5 |
Mean Swelling: ≤4% in thickness, ≤0.8% in width, ≤0.4% in length Max swelling: ≤5% in thickness, ≤1.2% in width, ≤0.6% in length Water absorption: Mean: ≤7%, Max: ≤9% |
Mean Swelling: 1.81% in thickness, 0.22% in width, 0.36% in length Max Swelling: 2.36% in thickness, 0.23% in width, 0.44% in length Water absorption: Mean: 4.32%, Max: 5.06% |
Boiling Test |
EN 15534-1:2014 Section8.3.3 EN 15534-4:2014 Section 4.5.5 |
Water absorption in weight: Mean≤7%, Max≤9% |
Water absorption in weight: Mean: 3.06%, Max: 3.34% |
Linear thermal expansion coefficient |
EN 15534-1:2014 Section9.2 EN 15534-4:2014 Section 4.5.6 ISO 11359-2:1999 |
≤50x10â»â¶ Kâ»Â¹ |
34.2 x10â»â¶ Kâ»Â¹ |
Resistance to indentation |
EN 15534-1:2014 Section7.5 EN 15534-4:2014 Section 4.5.7 |
Brinell hardness: 79 MPa Rate of elastic recovery: 65% |
|
Heat reversion |
EN 15534-1:2014 Section9.3 EN 15534-4:2014 Section 4.5.7 EN 479:2018 |
Test Temperature: 100℃ Mean: 0.09% |
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