SYNTHETIC WOOD MATERIAL USING BAMBOO POWDER AND MANUFACTURING METHOD THEREOF
The present invention refers to gruel minute manufacturing method relates to using synthetic wood and, in particular strength and manufacturing method for preparing gruel minute levels of natural wood to wood for gene therapy are disclosed. The term used in the present invention first defining other. The present invention refers to using synthetic wood and manufacturing method used in the present invention since the gruel minute gruel minute is not general outline comprising wood terms are disclosed. Generally synthetic wood is wood (50%) or more and synthetic resin (PE, PP) disadvantages of wood (such as suitable or cracks) obtained by blending a supplement as environment-friendly material, recycled wood and reduce damage forest for use mainly the neck minute can be densely woven in part antiseptic hydroquinone and compatibility, antiseptic neck somewhat less expensive than high door number point at the disclosed. Recent wood naturally like surface texture and shutter wood to a d flip-polling place, the wood of the wood specific gravity relatively lightweight and easily obtain the bulk of the used number bath is large is coming in now. Said synthetic wood is natural wood appearance or properties similar to that of the neck minute because mass containing having a as a material injection or extrusion molding is number tank, injection molding said television cabinet or the like, the extrusions are used primarily in miscibility. On the other hand, the first mold and said injection molding or coating (coating with paint) into another tree wave patterns of the inner 2 can be joined tree without strength increase. The wood of said extrusion molded article number material, flat, such as proximate and formed lengthwise on (square lumber), first main electrode is building material ([...]) are disclosed. Extruded sheet (sheet) when a thin and long shape ring by winding is also similar log can be made. Generally wood compared to absorbent natural wood which perishable pin is the base plate. The surface skin layer such that a relatively low expansion ratio significantly high so strength of a machining or planing to nailed also disclosed. Recently synthetic wood employing a waste recycling, eco-friendly and with excellent physical properties, replacing wood reproducible as precision rapid growth marketplace various forms of synthetic wood number article etc. and can be developed. Development of recycling such waste as well as prevention of environmental pollution, etc. and controls resources can be cost advantageous. In such situations wood reinforced plastic composite that exhibits high strength than existing, a beautiful appearance, convenient number dielectric and stability, which has excellent formability, in particular mirror number compared to other consumer payment of the excellent material sufficient to disclosed. Waste recycling technique for interior use telescopic rail material comprises a majority in street light for preparing a MDF (Medium Density Fiberboard) number lumber processing in a predetermined board (Particle Board) that is a high pressure liquid coolant, etc. a part wood is higher material used. However MDF or PB is coupled to a water-resistant coating when the search result from the interface during a long time then door number, except that the wood of resources NH4 WCDMA special field use limit flow tides. The polyolefin resin material filling a simple general wooden material, fibrous material, wood, pulp, paper, etc. of the vessel wall, window frame material and construction is a technique for manufacturing method such as extrusion or a product number article number plate in which it is known. One example of this technique is to document 1 to 3 or the like disclosure in the nanometer range. For example, patent document 1 to polyolefin resin, grinding wood, long glass fiber, acicular wollastonite, number and dehydration number is contained in the synthetic wood composition therefor in report number, polyolefin resin 30 ∼ 51% by weight, the amount of neck section 30 ∼ 55% by weight of milled rice chaff as many neck minute amount of wood, 2 ∼ 10 weight % long glass fiber surface has been treated with a thermoplastic resin, amino silane molecular weight polyethylene 0 weight % and impregnated needle wollastonite 2 ∼ 7 as transition number. 02 ∼ 2. 0% By weight and quiet an artificial wood number basic composition composition, said base composition 100% by weight with respect to lime, lime mixture and maleic anhydride is selected from the dehydrated number 0 2 or more may be mixed. 1 ∼ 2. 0 Weight % added synthetic wood number quiet composition for disclosure in the nanometer range. The extrusion die in two different extruder to patent document 2 1 is induced through a number using the public law which it will dance unused resin bonding synthetic wood number article as multiple pneumatic tank, the rectangular neck pattern embodiment inner reinforcing properties of an internal layer and said surface layer, said sealable resin composition constituting PP, PE and any of the at least one thermoplastic resin, said surface layer is constructed PP resin composition, PE and any of the at least one thermoplastic resin, said number weight content of at least 50% by weight of an inner layer of said article containing neck minute contrast surface layer, said surface layer is constructed of an inner layer of resin composition with a composition comprising a vegetable fibrous material number additive to improve mechanical properties, said vegetable fibrous material has a number average length and 90 weight % or more phenolic compound is for reparing over 100 micro m hereinafter cellulose content using wood pulp fiber number article and its manufacturing method for multiple pneumatic castellated lateral disclosure in the nanometer range. As shown in the patent document 3 is to also 1, 60 - 65% by weight finely bamboo wood well above 300 mesh, 20 - 30% by weight synthetic resin and a flame retardant number number 1, number coupled, anti-oxidation number, colored number, number 10 - 20% by weight of at least one amino acid containing additive mixing UV blocking number 1 wood generating step (S10) synthetic wood particle, synthetic neck minute application of heat in order to form a mold after injection molded wood appearance extruder model forming step (S20) generating, said coating film made of a synthetic resin formed wood from outside such that the polyethylene or polypropylene coating wood coating step (S30) generating injection number 2, said extrusion coating of wood with personal external patterns on a pattern producing a forming step (S40) be inserted into a wood pattern roller, said pattern of wood appearance to the solidified upon cooling water are switched on cooling forming step (S50) generating wood with bamboo wood particle manufacturing method for gene therapy of wood for disclosure in the nanometer range. However of the existing method such as described above by a multiplexing technique, fibrous wood, pulp, paper or the like by using plate-like article when high pressure liquid coolant filler number number molded earth and a negative polarity, the staple fiber too smooth or rough surface texture levels of wood cannot be obtained or produced, disclosed is a cursor has been the deterioration of physical properties and moisture when exposed long door number as well, triols properties of a rigid wood levels of number article properties not gain. In addition, raw material to overcome the difficulty of groove wood or sheet are developed using a filler for the purposes of reinforcing properties but the chaff, wooden material using natural wood shrinks as well as have, 1 difference building material or floor surfaces such as wood texture special extrusion process in order to remove etc. can be bioavailability by product number. This wooden material are very easily by simple polar material (such as a weak base and weak) to be eluted from a catalytically cracked or receptor containing lignin (Lignine) and, very vulnerable products by using heat and readily discoloration, be prepared in the form of fill sheets when oil number greatly lowering door number point at the disclosed. The three [kyu time to recoat the function as the upper and lower self-strength filler as reinforcing strength but exposed, use of wooden material a large amount of an elastic material and an inner pores for extrusion molding difficult flow generation of number article mobile communication process are disclosed. To overcome this door number point to the length of the (thickness contrast ratio of length) times is a long glass fiber, using photoresist or polymer fiber and needle [kyu time, wood or the like to be inserted and wooden material used in vitro method or the like according to the use of very low viscosity polymer to prevent surface roughness, derivative of the anger which rolls up into which raw material, molding method and the like take place when the skin friction of a surface of article number in number method. However number apparatus for molding which is the machining method are somewhat effect color article number is affecting levels of surface texture and strength synthetic resin for bonding wood is excessive cost increase that has been number door. I.e., such as in the prior art described above, general wooden material identification method using only one generation of extrusion forming a non-elastic material and pores resultant difficult to flow synthetic wood door has been number. The purpose of the invention to solve the above such as door number point constructed by, sample flow and improves the pore number, reduction of the number of open pores article, upon after use to reduce environmental contamination using synthetic wood and its manufacturing method can be a gruel minute [...] number are disclosed. It is another object of the present invention such as sawdust waste that is difficult to be by using wood particle, eco-friendly and location of tank number can be a number or hypermetropia [...] gruel minute using synthetic wood and its manufacturing method. It is another object of the present invention tubular, hollow and plate-like composite number selected from the group consisting on number using number exists in the morning fair hygroscopic due to added strength by the axial needle shaped wollastonite to resolve the door number, even when used as surface roughness of rough material upon molding article number using synthetic wood and its manufacturing method for improving gruel minute [...] a number are disclosed. It is another object of the present invention building plate, container flooring, mold and general incising barley straw can be gruel minute organism using synthetic wood and its manufacturing method are disclosed [...] a number. In order to achieve said purposes the present invention according to the manufacturing method for gene therapy of wood gruel minute (a) polyolefin resin, wood, rice hull, gruel minute, long glass fiber surface has been treated with a thermoplastic resin, a binder number, acicular wollastonite, dehydration number, number and shape to realize transition metal oxides, (b) said step (a) prepared in wood to rice hull to gruel minute 7:15:1. 5 Aminosilane and water-dispersible acrylic resin binder in a weight ratio of fish and number after processing, said polyolefin resin and mixed together to 1 difference generating composition, (c) prepared in step (a) said needle [kyu time with three dilution water is added in gamma-amino silanes after mixing and drying device 2 tea compositions, tea composition (d) said 1, 2 tea composition, number dehydration, transition number [...] mixer by mixing wood cutting and metal oxides providing mixture, (e) said step (d) including the step of by extruding a mixture provided in wood characterized. In the present invention according to the manufacturing method of synthetic wood, 30 - 45% by weight of said polyolefin resin, said wood, a di water supply 45 - 65% by weight rice hull and gruel minute, 2 - 10 weight % long glass fiber, low molecular weight polyethylene 0 weight % and transition number as needle wollastonite 2 - 7. 02 - 2. 0% By weight and a basic synthetic wood composition, said base composition 100% by weight with respect to lime, lime mixture and maleic anhydride is selected from at least one dewatering number 0. 1 - 2. 0 0 Weight % and metal oxides. 1 - 1. 0 Weight % characterized a added thereto. In the present invention according to the manufacturing method of synthetic wood, lime is 5:5 to 7:3 ratio of 0.1 maleic acid anhydride number said dewatering device is provided characterized. In the present invention according to the manufacturing method of wood, characterized in that said metal oxide is a zinc oxide or magnesium oxide. In the present invention according to the manufacturing method of wood, said step (b) in 10 minutes at room temperature by cooling in high speed mixer 50 °C to 100 °C in blended 1 create a difference and, in said step (c) is 10 minutes in 3 weight % hereinafter halogenated butyl rubber [...] mixer low down on the moisture drying device 2 and create a difference, said step (c) is performed 10 minutes, said step (d) is 5 hours by extruding molding characterized characterized. In the present invention according to the manufacturing method of wood, said step (b) includes said wood, the gruel minute be eluted under water-dispersible acrylic resin 0 for rice hull and lignin billion number. 1 - 4% By weight by adding heated mixing 100 °C further characterized. In the present invention according to the manufacturing method of wood, said glass the long fibers preferably length 3. 0 - 4. Is composed of 5 mm, said needle 20 of drain water dilution [kyu time three aminosilane is 0. 1 - 0. 5% By weight mixed and drying characterized surface-processed. In addition, in order to achieve said purposes the present invention according to the aforementioned synthetic wood bath method characterized by a number of synthetic wood number produced therewith. As above-mentioned, the present invention according to the gruel minute using synthetic wood and its manufacturing method, of the existing method wood (wood, [...], chaff, pulp, paper or the like) and high (gruel minute) and the needle-like bamboo powder filling amount using the chaff, sawdust waste that is difficult to be used in wood particle such as, zinc oxide, magnesium oxide is added to the initial natural products such as hydrophobic functional with the material-mixing process can be provided environment-friendly wood is obtained. Further, the present invention according to the gruel minute using synthetic wood and its manufacturing method, such as sequence number even in low density molecular weight polyolefin outer transition number consisting of ethylene with emergency groove forming transition number using dehydrated lime number the center of wood effectively placing morning fair number of synthetic wood can significantly improve formability, chaff, and sawdust as have a roughened material surface roughness number phenomenon even when used stand-alone natural wood levels of texture to a tubular, plate-like, hollow wood number can be obtained effect high pressure liquid coolant. Further, the present invention according to the gruel minute using synthetic wood and its manufacturing method, when using a large amount of wood particle generated by the light emitting unit to be eluted in the lignin in wood and containing talc [...] needle-like gruel minute in a predetermined ratio by means as well as utilize the waste into as bamboo, wood material contains a small amount of gruel minute surface roughness without bending strength and impact strength and significantly increased, improved thermal stability during molding formability, filling density increases surface modification made that effect obtained. Further, the present invention according to the gruel minute using synthetic wood and its manufacturing method, that are installed in wood by absorption in a number billion expansion monitor vulnerability to artificially synthesized using the source of contamination which are repellent number when wasted environment to avoid zinc oxide, magnesium oxide is added to the initial material-mixing process such as hydrophobic functional with natural products can be significantly improve [...] number use door number point obtained are stored. Further, the present invention according to the gruel minute using synthetic wood and its manufacturing method, binding property by applying reinforcing number on number and a releasing number, wooden material is large and a plate molding and react with water containing impurities, part directly hereinafter for the forming of synthetic wood, significant intensity of woody material containing moisture filling density and increasing many large number wood high pressure liquid coolant to effect can be obtained. Further, the present invention according to the gruel minute using synthetic wood and its manufacturing method, the same tubular natural wood-like texture, hollow or plate-like material of low number of compatibility synthesizes dehydration to obtain number of load upon release on molecular weight material which release outside wood surface significantly increased after the process of simplifying the process for preparing number tank costs is not number can be obtained are stored. Further, the present invention according to the gruel minute using synthetic wood and its manufacturing method, synthetic wood packing density of Neo-provides a bending strength property such as micrometer pores due to penetration of moisture therein than billion to significantly increase weatherable number article number installed in vehicles effect can be obtained. Further, the present invention according to the gruel minute using synthetic wood and its manufacturing method, the number of synthetic wood easily can be obtained using a lignocellulosic materials around jaws cheaper cost agent containing heavy metals can be replace fat hard wood (Tropical Hard Wood: Apitong) neck and high timber trees, station number by using a standardized environment-friendly wood number can be obtained effect high pressure liquid coolant. Figure 1 shows a manufacturing method of the existing method for gene therapy of wood bamboo wood particle also indicating order, Figure 2 shows a number of wood to explain the process for gene therapy also the present invention according to gruel minute bath process. The purpose of the specification of the present invention said and other new features by drawing technique and appends more clearly be dubbed inlater. First, each component of the present invention according to number and features neck synthesis is described substrate. The present invention according to a polyolefin resin synthetic wood, wood, rice hull, gruel minute, long glass fiber surface has been treated with a thermoplastic resin, a binder number, acicular wollastonite, dehydration number, number migration, metal oxide. I.e., the present invention according to number 30 - 45% by weight of polyolefin resin is synthetic neck, said wood, a di water supply 45 - 65% by weight rice hull and gruel minute, 2 - 10 weight % long glass fiber, low molecular weight polyethylene 0 weight % and transition number as needle wollastonite 2 - 7. 02 - 2. 0% By weight based composition is arranged, with respect to said base composition 100% by weight of lime, lime mixture and maleic anhydride is selected from the dehydrated number 0 2 or more may be mixed. 1 - 2. 0 0 Weight % and metal oxides. 1 - 1. 0% By weight adding effected. In the present invention using polyolefin resin polystyrene, polypropylene, polyethylene, polycarbonate and polybutadiene resin selected is used, preferably polypropylene and polyethylene resin of a blended using substrate. The, polyolefin resin commonly 30% by weight of a vehicle impact strength is lowered, and the amount of the cover 51% by weight natural such as wood texture (the unique elastic restoring force) cannot be obtained as well as, station number is equal to the boundary come as standard wood on glass. The present invention refers to a majority for incinerating and battery power for the waste matter number synthetic wood waste wood obtained at the quiet while using a large amount of a filler composition excellent texture number such as natural wood artificial wood can be high pressure liquid coolant. Number of the present invention composition therefor in wooden material as wood, wood to 7:1 to gruel minute rice hull5:1. 5 In a proportion by weight by weight of substrate. These wooden material most large amount of moisture containing silver ions in a natural state because moisture in order to impart a crusher in temperatures of up to about 50 °C to 100 °C and pulverizing and mixing a stand-alone number, the number 0 as a binder. 1 - 0. 5% By weight results in an improvement in the degree of strength of amino silanes filler 15% water is drained out physical property can be achieved. The raw material of the aminosilane in composition the amount of 0. 1% By weight and less than if intensity of inverted triangular screw, the amount of 0. 5% By weight is exceeded is the ratio of the contrast strength resulting in a significantly lower amount. The water-dispersible acrylic resin 0. 1 - 4% By weight binder dispersion of an extremely high number following dosing together woody material number billion by lignin contained in which the release of the remarkable effect to be coated. Said neck minute particle size is below 50 mesh conductive and flexural strength and impact strength, increased by forming a number of melting when excess of 350 mesh as well as binder viscosity cause point on door acting as resin consumption increasing the other. On the other hand, according to the present invention use gruel minute and flexural strength and impact strength is remarkably increased, wooden material 100 parts by weight of the amount of 15 parts by weight of a surface texture and productivity gruel minute exceeds significantly bonded substrate. The gruel minute thickness contrast ratio of the length of the barrier 2 exhibits the most effective properties of increase. In the amount of wooden material crushing, grinding wooden material commonly is below 45% by weight reduces the inherent resilience of the wood and wood-like texture (restoring force), and the amount of 65% by weight exceeds the impact strength is reduced number door flow tides. In addition, compositions of the present invention synthetic wood quiet number 3. 0 - 4. Long time to prevent the glass 5 mm length, natural wood is loaded with wood and resiliency can be achieved. The glass comprises an absorbent comprising 2 - 10% by weight is used in an amount preferably to in vitro. The amount of 2% by weight glass comprises an absorbent comprising a bottom and properties is below the inherent resilience of the wood has become, is equal to 10% by weight and the amount of flexibility of lowering exceeds the molded body. Further, 0. 1 - 0. 5% By weight of 2 - 7% by weight following dosing with needle wollastonite glass surface has been treated aminosilane to effect becomes remarkable S. market fiber and. [Kyu time low since the number three acicular functionality as reinforcing material from the article but self strength by treatment with aminosilane, glass market fiber and is equal to or the same as reinforcing material effect. In the present invention using wooden material containing a large amount of moisture by reducing door number generating material filling density molding, by the present invention by using dehydrated composition number, by the present invention for bonding synthetic wood prepared by the number exhibits excellent elasticity and wood-like texture improving filling density and to have other. In the present invention polyolefin resin, said wood, rice hull and gruel minute a di water supply, long glass fiber, including a transition number 100 weight % base composition of synthetic wood needle wollastonite and the prolapsing section against number 0. 1 - 2. 0% By weight by adding wooden material included in the generated by water in said door such as number point their differences. Maleic anhydride is 5:5 to 7:3 method uses a mixed number include lime and dehydration. The dehydration number 2 commonly. 0% By weight of the same exceeds the range of the amount of said suitable since the deterioration of physical properties. Number (Maleic Anhydride) maleic anhydride is used as a dewatering unit can wooden material in allowed to react with water maleic acid are sharply, polyolefin resin compatible with the excellent molding during molding to form the filling density is equal to bow number increase. With a small amount of lime and maleic anhydride in forming procedure number acting as dehydration by collecting and compatible with the polyolefin resin are very low molecular weight polyethylene resin is molded composite composition containing the number of placing plane of smooth external causes. The maleic acid anhydride such as dehydrated lime is preferably ortho-number composed of said composition. In addition, polyolefin resin in the present invention, said wood, rice hull and gruel minute a di water supply, long glass fiber, 100% by weight with respect to a base composition of synthetic wood including a needle wollastonite and transition number number of auxiliary dehydration for increase of metal oxide and adding additional space to wood filling density, zinc oxide or magnesium oxide is 0. 1 - 1. 0% By weight adding substrate. The convert the magnesium oxide exhibit a similar results by applying metal oxide in a low internal friction and filling density be increased significantly but 1 billion number flexural strength. 0 Weight % to greater than about usage contrast the use of inverted triangular screw disclosed. The number molecular weight polyethylene 0 (synergist) induce the external transition as free. 02 - 2% By weight using substrate. Number is changed when cured adhesive composition, adhesive composition of at least one component in the interface region between more than 1 stuck and adhesive composition concentrate material are disclosed. Formed at external fulfillment number 0. 02% By weight less than surface modification effects and inverted triangular screw, the amount of 2% by weight selected from the group consisting thereof exceeds the adverse effects appear other. In addition, low molecular weight polyethylene in addition similar structure as external fulfillment number also equal to their derivative compounds have to absorb. Generally polyolefin resin in the present invention the strength to an wooden material containing a binder number as well as a quiet use since the number synthetic wood composition. Number of already as a binder is described aminosilane or a derivative thereof are disclosed. A lignocellulosic material and moisture removed from the reaction and the aminosilane maul [thok side, the double bond of the polypropylene react with amine-linked by a wafer substrate. Such agonist by bonding and number of moisture has been effectively enhancing wetting ability can be achieved. The number number by using a binder and dehydration in the present invention, texture and as starting materials such as natural wood board, high pressure liquid coolant has been transmission number can be hollow and wood. Hereinafter said mixing such as artificial wood material a composition consisting of synthetic wood number number bath method according to quiet 2 also described as follows. Figure 2 shows a number of wood to explain the process bath process also the present invention according to gruel minute for gene therapy are disclosed. First, the present invention according to wood number for high pressure liquid coolant, polyolefin resin, wood, rice hull, gruel minute, long glass fiber surface has been treated with a thermoplastic resin, a binder number, acicular wollastonite, dehydration number, number and transition metal oxides to realize for an unexpected guest (S10). Said step S10 prepared in powdered polyolefin resin, wooden material, water-dispersible acrylic resin aminosilane and is charged into a high-speed mixer 10 minutes to be metered and introduced weight defined about 50 °C 1 (S20) obtained by blended by cooling a room temperature difference. I.e. said 1 to 7:1 to rice hull gruel minute difference composition wood5:1. 5 Aminosilane and water-dispersible acrylic resin binder in a weight ratio of fish and number after processing, said polyolefin resin composition are mixed together to produce a difference 1. Further, in step S10 the amino silanes with three needle [kyu time about 20 said prepared dilution water drain about 10 minutes down on the optical [...] metered and introduced weight defined halogenated butyl rubber mixer device 3 weight % hereinafter 2 (S30) produce a difference in the moisture and drying the composition. Then, tea composition said 1, 2 tea composition, and an outer transition number about 10 minutes slower cutting [...] dehydrated number selected mixer mixing a composition of the present invention according to synthesis by number (S40) produce a neck. Said composition obtained at step S50 (S50) 1 2 5 hours in an extruder extruding a mold or the like tea and cooling in order to cool the base. Then, cooled (S60) in shaping molding forming, e.g. tow through the roller cutting and stacking are transferred to cut to size the present invention according to synthesis by constant neck number is combustion chamber. In the present invention said step S50 in time 5 time and long-term performance of dewatering number conductive with each other. Then the aforementioned synthesis prepared by the number as a plurality of test his neck number separate properties and effect. Hereinafter, the present invention is for example possible to rapidly experiment described as follows. [Experiment example 1] Effect of the invention according to the use of a separate table 1 the composition of the content number dewatering the same mixing and extrusion process in example 1 experiment example 1 number of wood was compared by high pressure liquid coolant. Table 1 composition of the polyethylene resin, grinding wooden material aminosilane, water-dispersible acrylic emulsion 1 difference by making high speed mixed in a mixer of raw material, the raw material is mixed in a mixer with three dilution water needle [kyu time 2 difference made 1 difference then slow amino silanes [...] raw material, and one or more external fulfillment number 2 of the present invention comprises the following composition by mixing raw material and dehydration number difference, 148 mm thickness 25 mm width size of the plate number article strength measuring method to measure the property are isolated by extruding shaped conductor, as shown in the table 1 example 1 example 1 is also used for improved physical properties compared to the experiment were compared. [Method for measuring physical properties] 1) Density: the center of the dimension and weight value calculated from the middle expense 2) Bending strength: KS F 3230 measuring the instruction executing method 3) Thermal elder brother point: JIS K-a 7207 measuring the instruction executing method 4) Surface roughness: molding surface roughness of a number article indicated by visual sense In said table 1, glass the long fibers preferably thermoplastic polymer is surface-treated using a long glass fiber (KCC yarn), as well as needle [kyu time [kyu time three amino silanes photoresist processing. The mixing ratio of 7:3 to the wooden material grinding wood rice hull aminosilane and water-dispersible acrylic resin treated available by, low molecular weight polyethylene (LLDPE, the toe mask it buys VUV excitation) is used number is changed, a ratio of 6:4 to dehydration number is maleic anhydride (LG Caltex yarn) contains one selected from lime was used. Table 1 example number 1 is not high and in further experiments, using further comparison example 1 has not exceeded a number as, example 1 example 1 experiment compared the flexural strength can be significant advantages over lift know, dehydration number is used as a compatible external fulfillment number functions and experiment example 1 low lime compared to the surface roughness can be beat-walled as compared to example 1. [Experimental example 2] A binder used in the composition of the 2 separate table number change according to the aminosilane polyethylene resin, water-dispersible binder without high-speed grinding wooden material and mixed in a mixer and then said 1 made by simple acrylic emulsion number 1 difference material difference raw material, a binder number to whether the needle wollastonite, composition of the present invention is obtained by mixing one or more external fulfillment number number dehydration, experiment example 1 example 2 example 2 the same method compared to provide a number of wood was high pressure liquid coolant. The method measuring properties such as method 1 experiment example electrodes respectively. In said table 2, using a thermoplastic polymer is surface-treated glass the long fibers preferably long glass fiber (KCC yarn), as well as needle [kyu time [kyu time three amino silanes photoresist processing. The mixing ratio of 7:3 to the wooden material grinding wood rice hull aminosilane and water-dispersible acrylic resin treated available by, low molecular weight polyethylene (LLDPE, the toe mask it buys VUV excitation) is used number is changed, a ratio of 6:4 to dehydration number is maleic anhydride (LG Caltex yarn) contains one selected from lime was used. [Kyu time number is contained in a binder with three wood aminosilane (WITCO yarn) was used. Table 2 experiment in example 2 is a binder is not high and number, comparison example 2 using as a binder is not number, experiment example 2 example 2 has significant advantages over the lift has been compared to the flexural strength can be know, affecting surface roughness in comparison with example 2 synthetic wood-like texture is similar experiment example 2 was equally good. [Experiment example 3] Use of the composition of table 3 provide a separate external fulfillment number change according to the same method example 3 example 3 experiment example 1 content of wood number was compared by high pressure liquid coolant. The method measuring properties such as method 1 experiment example electrodes respectively. In said table 3, using a thermoplastic polymer is surface-treated glass the long fibers preferably long glass fiber (KCC yarn), as well as needle [kyu time [kyu time three amino silanes photoresist processing. The mixing ratio of 7:3 to the wooden material grinding wood rice hull aminosilane and water-dispersible acrylic resin treated available by, low molecular weight polyethylene (LLDPE, the toe mask it buys VUV excitation) is used number is changed, a ratio of 6:4 to dehydration number is maleic anhydride (LG Caltex yarn) contains one selected from lime was used. [Kyu time number is contained in a binder with three wood aminosilane (WITCO yarn) was used. Table 3 experiment in example 3 on external fulfillment number is not high and a binder number, comparison example 3 using as a binder number on external fulfillment number has not exceeded, comparison example 3 example experiments 3 significant advantages over the surface texture can be favorably improved beat. At least a part number is used as the dehydrated number is changed to be used improving quicklime compares the second parallel surface texture can be achieved and, in order to flow the elder brother point flexural strength deterioration of a lowering molecular weight material selected from thermal effects can be cylindrical. [Experiment example 4] According to the composition of table 4 using a gruel minute change during one separate wooden material using the composition of the present invention obtain gruel minute gruel minute and used for, example 1 experiment example 4 example 4 in comparison with the same method provide a number of wood was high pressure liquid coolant. The method measuring properties such as method 1 experiment example electrodes respectively. In said table 4, glass the long fibers preferably thermoplastic polymer is surface-treated using a long glass fiber (KCC yarn), as well as needle [kyu time [kyu time three amino silanes photoresist processing. The rice hull in a weight ratio of 7:3 and reduces the wood to wood fibres 1 aminosilane and water-dispersible acrylic resin treated available by, rice hull 2 is 7:1 to gruel minute wood to wood fibres5:1. 5 Water-dispersible acrylic resin treated with aminosilane and mixing in a proportion by weight was used. In addition, the use of low molecular weight polyethylene (LLDPE, the toe mask it buys VUV excitation) number is changed, a ratio of 6:4 to dehydration number is maleic anhydride (LG Caltex yarn) contains one selected from lime was used. [Kyu time number is contained in a binder with three wood aminosilane (WITCO yarn) was used. Table 4 experiment in example 4 when the wooden material is combination gruel minute and, when used for the comparison example 4 is as gruel minute, experiments compared example 4 example 4 has significant advantages over the lift flexural strength can be know, affecting surface roughness in comparison with example 4 example 4 synthetic wood-like texture is similar experiment was an equally good. [Embodiment example 5] The groove wood filling density to increase metal oxide doped according to number of auxiliary dehydration to separate change, the composition of the 5 table 1 difference material then said 1 zinc oxide or magnesium oxide raw material difference made 0. 1 - 1. 0% By weight of the present invention composition is obtained by adding, for example the same method in comparison with example 1 5 5 example experiments provide a number of wood was high pressure liquid coolant. The method measuring properties such as method 1 experiment example electrodes respectively. In said table 5, using a thermoplastic polymer is surface-treated glass the long fibers preferably long glass fiber (KCC yarn), as well as needle [kyu time [kyu time three amino silanes photoresist processing. The wood to wood fibers to 7:1 gruel minute rice hull5:1. 5 Aminosilane and water-dispersible acrylic resin has been treated in a weight ratio of the fish and available by, low molecular weight polyethylene (LLDPE, the toe mask it buys VUV excitation) is used number is changed, a ratio of 6:4 to dehydration number is maleic anhydride (LG Caltex yarn) contains one selected from lime was used. [Kyu time number is contained in a binder with three wood aminosilane (WITCO yarn) was used. Auxiliary dehydration number include zinc oxide was used. Table 5 experiment in example 5 is not enhance dewatering and density and number is included, it can be used as comparison example 5 is when, for example experiment example 5 5 flexural strength is compared significant advantages over the lift can be significantly increased in addition and density enhancing molecules. The filling density of the zinc oxide fine internal physical performance as well as excellent dispersibility, maleic acid anhydride with lime and the moisture every other number cast into the catalyst according to the reversible chemical reactive zinc hydroxide to be contained in the form of determining low number of moisture and volatile number article number trillion processes rather wooden material number significant moisture etc. does not wetting ability and an inner active cell. In addition, UV blocking effect weatherable article number increased, my mold characteristic has been increase the biocidal. The action force mouth about 15% or more increase capable of sufficient density such synthetic wood. Example 5 comparison example 5 synthetic wood-like texture is similar embodiment affecting surface roughness was equally good. The present invention comprising the invention according to the one or more example but said embodiment specifically described, the present invention refers to said embodiment example and not limited to such an extent that it will not be coated as well as the various changeable are disclosed. The present invention according to gruel minute during molding using synthetic wood and its manufacturing method by using improved thermal stability and formability, filling density increases surface modification can be reduced. The present invention relates to a synthetic wood material using bamboo powder to have the excellent strength and texture similar to that of natural wood materials and a manufacturing method thereof. The synthetic wood material manufacturing method includes the steps of: (a) preparing raw materials including a polyolefin resin, wood flour, rice hull powder, bamboo powder, long glass fibers surface-treated with a thermoplastic resin, a binding strengthener, needle-shaped wollastonite, a dehydrating agent, a transition agent, and metal oxides; (b) mixing the wood flour, rice hull powder, and bamboo powder prepared in step (a) at the ratio of 7:1.5:1.5, treating the mixture with the aminosilane and water-dispersible acrylic resin being used as a bonding enhancer, and mixing the mixture with the polyolefin-based resin to generate a first composition; (c) generating a second composition by drying a mixture of the needle-shaped wollastonite and water-diluted aminosilane prepared in step (a) in a dryer; (d) arranging a synthetic wood material by inputting and mixing the first composition, second composition, dehydrating agent, transition agent, and metal oxides in a stirring mixer; and (e) extruding and molding the synthetic wood material arranged in step (d). The synthetic wood material has improved thermal stability and moldability during molding while increasing the filling density to modify the surface. COPYRIGHT KIPO 2018 (A) polyolefin resin, wood, rice hull, gruel minute, long glass fiber surface has been treated with a thermoplastic resin, a binder number, acicular wollastonite, dehydration number, number and shape to realize transition metal oxides, (b) said step (a) prepared in wood to 7:1 to gruel minute rice hull5:1. 5 Aminosilane and water-dispersible acrylic resin binder in a weight ratio of fish and number after processing, said polyolefin resin and mixed together to 1 difference generating composition, (c) prepared in step (a) said needle [kyu time with three dilution water is added in gamma-amino silanes after mixing and drying device 2 tea compositions, tea composition (d) said 1, 2 tea composition, number dehydration, and metal oxides [...] mixer by mixing wood cutting transition number providing said step (d) and (e) mixture provided in the formed by extrusion from a mixture comprising wood and, 30 - 45% by weight of said polyolefin resin, said wood, a di water supply 45 - 65% by weight rice hull and gruel minute, 2 - 10 weight % long glass fiber, 2 - 7% by weight number molecular weight polyethylene 0 [kyu time stone as transition and needle. 02 - 2. 0% By weight and a basic synthetic wood composition, said base composition 100 parts by weight of lime, lime mixture and at least one maleic anhydride is selected from dehydration number 0. 1 - 2. 0 Parts by weight of metal oxides as auxiliary dehydration number 0. 5 Parts by weight of wood manufacturing method characterized. Back number According to Claim 1, said lime 5:5 to 7:3 ratio by weight maleic anhydride and dehydration number is characterized in its synthetic wood manufacturing method. According to Claim 1, characterized in that said metal oxide is zinc oxide or magnesium oxide synthetic wood manufacturing method. According to Claim 1, in said step (b) in 10 minutes at room temperature by cooling in high speed mixer 50 °C to 100 °C blended 1 create a difference and, in said step (c) is 10 minutes in 3 weight % hereinafter [...] low down on halogenated butyl rubber mixer device 2 and the moisture is dried to create a difference, said step (c) is performed 10 minutes, said step (d) is 5 hours by extruding the molding manufacturing method characterized characterized synthetic wood. According to Claim 5, said step (b) includes said wood, the gruel minute be eluted under water-dispersible acrylic resin 0 for rice hull and lignin billion number. 1 - 4% By weight of synthetic wood characterized further by adding heated mixing 100 °C number bath method. According to Claim 6, said glass the long fibers preferably length 3. 0 - 4. Is composed of 5 mm, said needle 20 of drain water dilution [kyu time three aminosilane is 0. 1 - 0. 5% By weight surface-processed number of synthetic wood characterized by mixing and drying bath method. Claim number 1 or number 3 number 7 to number of synthetic wood anti among terms anti anti characterized by bath method number prepared by the synthetic wood. Opening minutes Example embodiment 1 Comparison example 1 Composition component (% by weight) Long glass fiber 5. 0 5. 0 Wollastonite 2. 0 2. 0 Grinding wood 47. 0 47. 0 Polyethylene resin 45. 0 45. 0 Fulfillment number 1. 0 1. 0 Number added Dehydration number (% by weight) 0. 7 Properties Density (g/cm3) 1. 1 1. 1 Bending strength (N) 3340 3210 Elder brother point thermal (°C) 152 152 Surface roughness Good Roughness Opening minutes Embodiment example 2 Comparison example 2 Composition component (% by weight) Long glass fiber 5. 0 5. 0 Wollastonite 2. 0 2. 0 Grinding wood 47. 0 47. 0 Polyethylene resin 45. 0 45. 0 Fulfillment number 1. 0 1. 0 Number added Dehydration number (% by weight) 0. 7 0. 7 A binder number (% by weight) 0. 3 Properties Density (g/cm3) 1. 1 1. 1 Bending strength (kg/cm2) 340 260 Elder brother point thermal (°C) 152 150 Surface roughness Good Good Opening minutes Embodiment example 3 Comparison example 3 Composition component (% by weight) Long glass fiber 5. 0 5. 0 Wollastonite 2. 0 2. 0 Grinding wood 47. 0 47. 0 Polyethylene resin 45. 0 45. 0 Fulfillment number 1. 0 Number added Dehydration number (% by weight) 0. 7 0. 7 A binder number (% by weight) 0. 3 Properties Density (g/cm3) 1. 1 1. 1 Bending strength (kg/cm2) 340 345 Elder brother point thermal (°C) 152 153 Surface roughness Good Very capable Opening minutes Embodiment example 4 Comparison example 4 Composition component (% by weight) Long glass fiber 5. 0 5. 0 Wollastonite 2. 0 2. 0 1 Wood fibres 55. 0 2 Wood fibres 55. 0 Polyethylene resin 37. 0 37. 0 Fulfillment number 1. 0 1. 0 Number added Dehydration number (% by weight) 0. 7 0. 7 A binder number (% by weight) 0. 3 0. 3 Properties Density (g/cm3) 1. 1 1. 1 Bending strength (kg/cm2) 393 353 Elder brother point thermal (°C) 152 152 Surface roughness Good Good Opening minutes Embodiment example 5 Comparison example 5 Composition component (% by weight) Long glass fiber 5. 0 5. 0 Wollastonite 2. 0 2. 0 Wood fibres 55. 0 55. 0 Polyethylene resin 37. 0 37. 0 Fulfillment number 1. 0 1. 0 Number added Dehydration number (% by weight) 0. 7 0. 7 A binder number (% by weight) 0. 3 0. 3 Number (% by weight) auxiliary dehydration 0. 5 Properties Density (g/cm3) 1. 3 1. 1 Bending strength (kg/cm2) 420 393 Elder brother point thermal (°C) 152 152 Surface roughness Good Good

