WOOD PLASTIC COMPOSITE DECK BY ECAN

Experienced WPC Decking Manufacturer

Shanghai ECAN industrial company Ltd. is a leading supplier of WPC products in China. Founded in 2008, ECAN had established a complete supply chain system integrating R&D, production, sales and after-sales services based on the advantages of our raw materials factories for wood & stone powder and professional technical team. Our strongest products are WPC decking(co-extrusion and general type), WPC railing, WPC wall panel and so on.

Co-extrusion Decking

This capped composite decking features our most beautiful matte…

WPC Decking

Ecan WPC decking is made with a durable composite that stands…

3D Deep Embossing Decking

Ecan 3D Deep Embossing Decking combines the beauty of natural…

co-extrusion DIY balcony tile flooring

Wood plastic floor is a kind of plastic, so it has better elastic…

Other products

WPC Railing

Wood plastic has better physical and mechanical properties than…

WPC Wallboard

The wood-plastic wallboard outdoor has excellent anti-aging performance,…

WPC Fence

WPC has the characteristics of environmental protection and energy…

WPC Grape Trellis

WPC has the characteristics of environmental protection and energy…

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    volume fraction wood from strengths

    (PDF) Effect of Filler Volume Fraction on the Tensile ...

    Effect of Filler Volume Fraction on the Tensile Properties of Cocoa-Pod Epoxy Resin Composite. Ukoba Kingsley. ... The grinded powder filler derive from oil palm wood flour [8] etc. ... 30% of filler volume fraction, the tensile strength reduces by 73% with 3.76% 0 increase in modulus.

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    Mechanical properties of transparent high strength ...

     · The values for effective cell wall modulus and effective cell wall strength are 70 GPa and 940 MPa, respectively. As a consequence, transparent wood reaches 19 GPa modulus and ultimate strength of 263 MPa at a wood template volume fraction of only 25%; and the optical transmittance is 70% at 1.3 mm thickness.

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    Steel Fiber Volume Fraction and Splitting Tensile Strength ...

    tensile strength of the SFRC was enhanced more by steel fibers with a higher aspect ratio, since this improves the fiber-matrix bond. Some researchers presented formulae to calculate tensile strength of SFRC respectively [4, 5, 6]. The influencing steel fiber volume fraction on the splitting tensile strength

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    Effects of Fibre Volume Fraction on the Compressive and ...

     · positive way. Specifically, SFRC with low fibre volume fraction showed a slight increase of the peak compressive strength, 4.35% for Vf = 1% and 2.25% for Vf = 1.6%, respectively. In the case of SFRC with medium-high fibre volume fraction (Vf = 3% and 5%) a slight decrease of the peak compressive strength was detected.

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    PEER-REVIEWED ARTICLE bioresources

    PEER-REVIEWED ARTICLE bioresources.com Cao et al. (2013). “Models for flax-HDPE composites,” BioResources 8(3), 3288. 3278 where V is the volume fraction, σ is the strength, and E is the elastic modulus. The subscripts “f”, “m”, and “c” denote the fiber, matrix, and composite, respectively.

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    The structure and mechanics of Moso bamboo material

    culm wall, report the properties with respect to fiber volume fraction [ 10]. Linear and rule of mixtures fits are then made of the Young’s modulus and tensile strength with respect to fiber volume fraction to model the structure, and extrapolate pure fiber properties. Other studies look

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    Fibre Volume Fraction | School of Materials Science and ...

    Fibre Volume Fraction. A greater level of stiffness and strength is achieved with increases in the volume fraction of fibres in the composite. However, an upper limit of approximately 80% fibres exists when the amount of matrix is insufficient to fully surround the fibres.

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    materials

     · To determine the properties of a composite laminate, the properties of each component and their relative volume fractions must be known. The properties of glass fiber laminate may be determined using the rule of mixtures. Consider a cross-section of the fiberglass laminate as shown below.

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    Optically Transparent Wood: Recent Progress, Opportunities ...

     · Another aspect is the dependence of mechanical properties on the volume fraction of wood. Li et al. reported that the tensile properties of transparent wood increase with increased wood/cellulose volume fraction. 3 The modulus was increased from ≈2 GPa to ≈4 GPa as the volume fraction increase from 5% to 19%. With the same PMMA polymer, the ...

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    Solar-assisted fabrication of large-scale, patternable ...

     · We attribute the improved mechanical strength of the transparent wood to its lignin-reinforced anisotropic structure as well as the infiltrated epoxy, the tensile strength of which is ~87 MPa (fig. S14). In addition, the low volume fraction of wood scaffold also contributes to the improved mechanical properties of transparent wood (fig. S15).

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    EFFECT OF WOOD PARTICLE SIZE ON TENSILE STRENGTH …

    Fig. 4. Oak wood particle density for different sizes determined by pycnometer method . Knowing the density of wood particles can calculate their volume, respectively the volume fraction of fibre reinforcement. To determine the effect of wood particle size on mechanical properties of the composite, tensile tests were performed.

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    Variation of elastic moduli and ultimate tensile strength ...

    43* Variation of ultimate tensile strength with volume fraction of fiber for lower bound samples with lead-in wire ( 30%) 84 44* Variation of ultimate tensile strength with volume fraction of fiber for lower bound samples with lead-in wire ( ) ,**,..*,,****,*** 85 45* Variation of Young's modulus with volume fraction

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    (PDF) The effect of fibre volume fraction and ...

    The mechanical properties of the all-cellulose composites with strengths up to 540 MPa for mercerized composites compare very favourable with other more traditional natural fibre based composites, mainly due to their high fibre volume fraction and good interfacial properties.

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    A Modeling Method of Continuous Fiber Paths for Additive ...

     · The experimental data [60,61,62,63,64] of changes between ultimate strengths and the fiber volume fractions for different composites are shown in Figs. 7, 8 and 9, where CFRP is carbon fiber reinforced plastic and LSGC is longitudinal snake grass fiber reinforced polyester composites. As can be seen from the data, there are no significant ...

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    Density of Wood: Why Is an Important Factor ?

     · In engineering design, density values are usually supported oven dry weight and volume at 12% moisture content. Density is correlated to the mechanical properties of wood therein as density increases, the strength of wood increases. The density of green pine wood is 700kg / m³, and the dry pine has 600 kg / m³ , beech wood has 950 kg / m³ ...

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    PEER-REVIEWED ARTICLE bioresources

    PEER-REVIEWED ARTICLE bioresources.com Cao et al. (2013). “Models for flax-HDPE composites,” BioResources 8(3), 3288. 3278 where V is the volume fraction, σ is the strength, and E is the elastic modulus. The subscripts “f”, “m”, and “c” denote the fiber, matrix, and composite, respectively.

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    (PDF) Optically Transparent Wood from a Nanoporous ...

    cellulosic wood template volume fraction of 19% showed twice. ... d = 0.73 mm), but PMMA-DRW had a higher mechanical strength (fracture strength of 230.14 MPa). Therefore, the preparation of ...

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    Strength and stiffness of reinforced yellow-poplar glued ...

    strength in proportion to the fiber-volume fraction of the E-glass reinforcement. Tingley (1994) described a method of reinforcing glulam timber using aramid fiber and glass-reinforced laminates. Plevris and Triantofillou (1992) studied the response of wood beams reinforced with thin …

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    materials

     · To determine the properties of a composite laminate, the properties of each component and their relative volume fractions must be known. The properties of glass fiber laminate may be determined using the rule of mixtures. Consider a cross-section …

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    Reinforcements Non-Woven and Paper Based Epoxy Composites

    the fibre volume fractions of the composites (Table 2). The speciality paper and the lab sheets achieve a fibre volume fraction of almost 40%, while low density tea - bag paper and spun laces achieve a fibre volume fraction of below 20 %. A high fibre volume fraction is beneficial because the mechanical properties of the composite are

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    Is it acceptable to normalize uni-axial composite tensile ...

    20th May, 2016. Hao Wu. Nanjing Tech University. perhaps you are right. However the strength of the composites is generally normalized by their dentity. Normalizing by the fiber volume fraction ...

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    EFFECT OF WOOD PARTICLE SIZE ON TENSILE STRENGTH …

    Fig. 4. Oak wood particle density for different sizes determined by pycnometer method . Knowing the density of wood particles can calculate their volume, respectively the volume fraction of fibre reinforcement. To determine the effect of wood particle size on mechanical properties of the composite, tensile tests were performed.

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    Strength and stiffness of reinforced yellow-poplar glued ...

    strength in proportion to the fiber-volume fraction of the E-glass reinforcement. Tingley (1994) described a method of reinforcing glulam timber using aramid fiber and glass-reinforced laminates. Plevris and Triantofillou (1992) studied the response of wood beams reinforced with thin layers of carbon-fiber-reinforced plastic composites ...

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    Wood versus Plant Fibers: Similarities and Differences in ...

     · The transition fiber weight fraction is determined to be 0.61. Thus, the given composites should be manufactured with a fiber weight fraction of 0.61 to have the best possible combination of high fiber volume fraction, and low porosity, and as will be shown next, this leads to …

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    Measurement of Mono Ethylene Glycol Volume Fraction at ...

    298.15, and 323.15) K, ( 100) vol. %, and at (0, 0.125, 0.25, 0.5, 1.0) M NaCl total volume of solution) ionic strength (IS). The experimental results were then correlated to develop a simplistic model capable of estimating the volume fraction of MEG mixtures at varying ionic strengths.

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    High Performance, Fully Bio‐Based, and Optically ...

     · In order to reach high axial biocomposite strength and Young's modulus, high wood volume fraction, low porosity, and strong interfacial adhesion between the matrix and the reinforcement phase are essential. Birch with a wood volume fraction of 26% was therefore used to evaluate longitudinal tensile properties.

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    The structure and mechanics of Moso bamboo material

    culm wall, report the properties with respect to fiber volume fraction [ 10]. Linear and rule of mixtures fits are then made of the Young’s modulus and tensile strength with respect to fiber volume fraction to model the structure, and extrapolate pure fiber properties. Other studies look

    Get price

    Optically Transparent Wood: Recent Progress, Opportunities ...

     · Another aspect is the dependence of mechanical properties on the volume fraction of wood. Li et al. reported that the tensile properties of transparent wood increase with increased wood/cellulose volume fraction. 3 The modulus was increased from ≈2 GPa to ≈4 GPa as the volume fraction increase from 5% to 19%. With the same PMMA polymer, the ...

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    Chapter 12. Composites

    (a) Fiber strength (b) Fiber orientation (c) Fiber volume fraction (d) Fiber length 11. The following material can be used for filling in sandwich structures (a) Polymers (b) Cement (c) Wood (d) All 12. Not an example for laminar composite (a) Wood (b) Bimetallic (c) Coatings/Paints (d) Claddings Answers: 1. c 2. a 3. a 4. b 5. a

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    how to calculate the theoretical fiber volume fraction ...

     · The stiffness and strength of a composite laminate can be maximised by increasing the volume fraction of fibres in that laminate. The maximum volume fraction of fibres is a theoretical value, as it assumes that the fibres are touching, and takes no …

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