JP2009166342A - Manufacturing method of building material using palm - Google Patents

Manufacturing method of building material using palm Download PDF

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JP2009166342A
JP2009166342A JP2008006437A JP2008006437A JP2009166342A JP 2009166342 A JP2009166342 A JP 2009166342A JP 2008006437 A JP2008006437 A JP 2008006437A JP 2008006437 A JP2008006437 A JP 2008006437A JP 2009166342 A JP2009166342 A JP 2009166342A
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powder
palm fiber
roller groups
mesh
palm
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Shokun Kan
韓承勳
Daehwan Kim
金大煥
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Abstract

<P>PROBLEM TO BE SOLVED: To provide a manufacturing method of a building material using palms that is safe in case of a fire, preventing generation of noxious gas as well as materializing antibacterial, anti-mold and deodorizing functions. <P>SOLUTION: The manufacturing method includes stages of: drying palm fibers to have a drying oil of 95% after washing; making palm fiber chips; crushing the dried palm fibers in a grain size of 200 mesh; crushing bamboos in a grain size of 200 mesh; preparing a main raw material by mixing the palm fiber chips, palm fiber powder, bamboo powder, and bioceramic powder with the ratio of 1:1:1:1; extracting fly ash having a grain size of 200 mesh from coal carbide; manufacturing a binder by mixing at 1:1 ratio a fire preventive and a hardening flame-resisting resin of heat-resistant resin and by fusing it; mixing the binder powder so manufactured and kneading it with a high liquefied state; baking the kneaded powder by the first order by passing it between molding parts that diverge a temperature of 150-200°C; rolling with gradual thinness by passing the baked molding through a rolling part in which a large number of upper roller groups and lower roller groups are arranged with intervals narrowed toward the rear side; freezing the molding at 0-4°C while passing through a cooling part composed of a large number of upper roller groups and lower roller groups; and cutting the molding at a fixed length unit with a blade vertically moving by a cutting cylinder. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

本発明は、パームを利用した建築材料の製造方法に係り、より詳しくは、生分解性原料であるパーム繊維及び竹粉末とバイオセラミック、石炭材などの無機質で構成して、火事に安全で有毒ガスの発生を防止するだけではなく、抗菌、抗カビ、脱臭機能を具現したパームを利用した建築材料の製造方法に関する。 The present invention relates to a method for producing a building material using palm. More specifically, the present invention is composed of palm fiber and bamboo powder, which are biodegradable raw materials, and inorganic materials such as bioceramics and coal materials. The present invention relates to a method for producing a building material using palm that not only prevents the generation of poisonous gas but also embodies antibacterial, antifungal and deodorizing functions.

一般的に、建築物の内外装材または天井材のような建築材料としては石膏ボード、合板、MDFなどが使われているが、石膏ボードはこわれやすい短所とともに破損時に石膏パウダーが排出されて人体や周り環境を汚染させる問題点があり、合板とMDFは湿気や水に全く弱いだけではなく火事に特に弱くて火事発生時に安全性に大きい問題点があるので、建築材料として使用することは不適当である。 Generally, gypsum board, plywood, MDF, etc. are used as building materials such as interior / exterior materials or ceiling materials of buildings. In addition, plywood and MDF are not only vulnerable to moisture and water, but are particularly vulnerable to fire and have a large safety problem in the event of a fire, so they cannot be used as building materials. Is appropriate.

したがって、前記のような合板またはMDFの難燃性を解決するために合板またはMDFに難燃性塗料を塗布するか、難燃性樹脂からなった薄板を付着して難燃性を向上させたが、原材料自体に難燃性がないので、その機能に限界があった。 Therefore, in order to solve the flame retardancy of plywood or MDF as described above, a flame retardant paint is applied to plywood or MDF, or a thin plate made of a flame retardant resin is attached to improve the flame retardancy. However, since the raw materials themselves are not flame retardant, their functions are limited.

また、石膏ボードの短所を補完するために、石膏ボードに難燃性合板を付けるか、鉄板などの板金を付ける多様な方法が試みられているが、石膏素材の重量自体が重くて取り扱い及び施工が難しく、割れやすい短所があった。 In addition, in order to compensate for the disadvantages of gypsum board, various methods of attaching a flame-retardant plywood to the gypsum board or attaching a sheet metal such as an iron plate have been tried. However, there were disadvantages that were difficult to break.

すなわち、MDFや合板は、加工性と施工性、軽量性及び価格がチープな特性を有しているので、現在一般的に使われているが、耐水性が落ちて、可燃性素材で不燃、準不燃、難燃の性能を具備しなくて火炎で燃焼しやくい、火事発生時に炎が急激に拡散される問題点がある。また、石膏ボードは、肥料工場または発電所から排出される廃化学石膏、プラスターなどを造成して製造したもので、加工性と施工性が優秀であり、価格が安く、不燃、準不燃、難燃の性能を有しているが、湿気や水に非常に弱くて強度が低いので破損しやすく、加工時に粉じん発生と廃石膏のリサイクルが不可能なので環境汚染を発生させる問題があった。 In other words, MDF and plywood are commonly used at present because they have the characteristics of workability, workability, lightness and price, but they are less commonly used, but their water resistance is reduced and they are nonflammable. There is a problem in that it does not have quasi-incombustible and flame-retardant performance, and is difficult to burn with a flame, and the flame is rapidly diffused when a fire occurs. In addition, gypsum board is manufactured by creating waste chemical gypsum, plaster, etc. discharged from fertilizer factories or power plants, and it has excellent workability and workability, and is inexpensive, non-combustible, semi-incombustible, and difficult. Although it has the ability to burn, it is very weak against moisture and water and has low strength, so it easily breaks, and there is a problem of generating environmental pollution because dust generation and waste gypsum cannot be recycled during processing.

したがって、本発明は上述したような従来技術の問題点を解決するためになされたもので、その目的は、新居症侯群などのような毒性物質による呼吸器障害やその他のアレルギーの発生を防止し、再建築などにより廃棄処理する時にはリサイクルが可能であり、ほこりの発生を防止して環境汚染が全然発生させないと同時に、難燃性、軽量性、施工性、親環境性を有するように、瞬植物性であるパーム繊維チップと、粉末に抗菌、脱臭の効果を有する竹粉末とバイオセラミックス粉末、石炭の炭化物から抽出したフライアッシュを添加して親環境建築材料の環境性を浮上させて、その市場性を向上させたパームを利用した建築材料の製造方法を提供することにある。 Accordingly, the present invention has been made to solve the problems of the prior art as described above, and its purpose is to prevent the occurrence of respiratory disorders and other allergies due to toxic substances such as the group of neonatal diseases. However, it can be recycled when it is disposed of by reconstruction, etc., preventing dust generation and causing no environmental pollution at the same time, so that it has flame retardancy, light weight, workability, environmental friendliness, Palm fiber chips that are instantly planted, bamboo powder and bioceramics powder that have antibacterial and deodorizing effects, and fly ash extracted from charcoal of coal are added to raise the environmentality of environmentally friendly building materials, An object of the present invention is to provide a method for manufacturing a building material using palm with improved marketability.

前記目的を達成するための本発明によるパームを利用した建築材料の製造方法は、パーム繊維を洗滌した後乾燥油が95%になるように乾燥する段階と、前記乾燥したパーム繊維を1〜1.5cm単位で破送・切断してパーム繊維チップを製造する段階と、前記乾燥したパーム繊維を200メッシュの粒経で粉碎する段階と、竹を200メッシュの粒経で粉碎する段階と、前記パーム繊維チップ、前記パーム繊維粉末、前記竹粉末、バイオセラミック粉末を1:1:1:1の比率で混合して主原料を製造する段階と、石炭の炭化物から200メッシュの粒経を有するフライアッシュを抽出する段階と、火炎防止剤と耐熱性樹脂である硬化用難燃樹脂を1:1の比率で混合・溶融してバインダーを製造する段階と、前記製造されたバインダー20〜30重量%、前記混合した主原料50〜60重量%、フライアッシュ20〜25重量%の粉末を混合して高液状で練る段階と、前記ねりを150〜200℃の温度を発散する成形部間を通過させて1次で焼く段階と、前記焼かれた成形物を多数の上部ローラー群と下部ローラー群が後側に行くほどその間隔が徐徐に細くなるように配置された圧延部の間を通過させて徐徐に薄い厚さで圧延する段階と、前記成形物を多数の上部ローラー群と下部ローラー群からなった冷却部を通過させながら0〜4℃で冷凍させる段階と、切断シリンダーによって昇降する刃により前記成形物を一定な長さ単位で切断する段階と、からなる。 The manufacturing method of the building material using the palm by this invention for achieving the said objective is the stage dried after washing | cleaning palm fiber so that dry oil may be 95%, and the said dried palm fiber 1-1. A step of producing palm fiber chips by breaking and cutting in units of 0.5 cm, a step of pulverizing the dried palm fiber with a particle size of 200 mesh, a step of pulverizing bamboo with a particle size of 200 mesh, A step of mixing a palm fiber chip, the palm fiber powder, the bamboo powder, and a bioceramic powder in a ratio of 1: 1: 1: 1 to produce a main raw material, and a fly having a particle size of 200 mesh from coal carbide A step of extracting ash, a step of producing a binder by mixing and melting a flame retardant resin as a heat-resistant resin and a heat-resistant resin in a ratio of 1: 1, and the produced binder 20 to 30 layers %, Mixing the powder of 50-60 wt% of the mixed main raw material and 20-25 wt% of fly ash and kneading them in a high liquid state, and passing the bend between the forming parts that radiate the temperature of 150-200 ° C. The first baking step, and the baked molded product is passed between rolling portions arranged such that the intervals gradually become smaller as the upper roller group and the lower roller group go to the rear side. A step of rolling gradually and thinly, a step of freezing the molded product at 0 to 4 ° C. while passing through a cooling part composed of a number of upper roller groups and lower roller groups, and a blade that is raised and lowered by a cutting cylinder And cutting the molded product by a predetermined length unit.

本発明は、パーム繊維を主原料で利用することにより人体に無害であるだけではなく、パーム繊維を1〜1.5cmで切断したものをパーム繊維粉末とともに使うので、パーム繊維が周辺の他の内容物との仮橋役目をして一層堅固な建築材料を提供することができ、竹とバイオセラミックにより抗菌及び脱臭機能を具現することができるので、ゴキブリのえさになるかびが発生しないで、遠赤外線、陰イオンが発生してウェルビングを好む現在状況に符合する。また、不燃性廃資材をリサイクルすることができるので、製作コストが安く、火事が発生する時、全ての組成物が火炎及び有毒性ガスが発生しないので建築材料として適合であり、また、加工性が容易で製品強度及び耐水性が優秀で、不燃性なので木材や石膏ボードのような用途に使用が可能なので環境親和的な建築材料として優秀な効果がある。 The present invention is not only harmless to the human body by using palm fiber as the main raw material, but palm fiber cut with 1 to 1.5 cm is used together with palm fiber powder, so that palm fiber is used in other surroundings. It can serve as a temporary bridge with the contents to provide a more robust building material, and it can realize antibacterial and deodorizing functions with bamboo and bioceramics, so there is no fungus that can be eaten by cockroaches, Far-infrared rays and anions are generated, which matches the current situation where welving is preferred. In addition, non-combustible waste materials can be recycled, so the production cost is low, and when a fire occurs, all the compositions are suitable as building materials because they do not generate flames and toxic gases. It is easy to use, has excellent product strength and water resistance, and is nonflammable, so it can be used in applications such as wood and gypsum board, so it has excellent effects as an environmentally friendly building material.

また、圧延方法により建築材料を連続製造することができるので、建築材料の生産性を向上させるだけではなく設備費を節減する利点もある。 In addition, since building materials can be continuously manufactured by a rolling method, there is an advantage that not only the productivity of building materials is improved, but also the facility costs are reduced.

以下、本発明の好ましい実施形態について詳細に説明するが、下記の実施形態は本発明を例示するだけで本発明の範囲を限定することではない。 Hereinafter, preferred embodiments of the present invention will be described in detail. However, the following embodiments merely illustrate the present invention and do not limit the scope of the present invention.

まず、パームは植物性材料の中で一番強度が強くて熱に強い特徴があるもので、本発明に適用されるパーム繊維はパームオイルを絞り出した後に残ったスラッジとして、大部分が繊維質でなる。 First, palm has the strongest and most heat-resistant characteristics among plant materials, and the palm fiber applied to the present invention is mostly sludge remaining as squeezed palm oil. It becomes.

このようなパーム繊維をきれいに洗滌してから乾燥率が95%になるように乾燥した後、その中で一部は1〜1.5cmで破送・切断し、残りの半分程度は200メッシュ(mesh)程度の粒経で粉碎して準備する。 After washing these palm fibers cleanly and then drying to a dry rate of 95%, some of them are broken and cut at 1 to 1.5 cm, and the other half is 200 mesh ( mesh) and prepare by grinding.

また、竹は多孔性を有しているので抗菌及び脱臭に卓越な効能を発揮する材料として、このような竹も200メッシュ程度の粒経で粉碎して準備し、不燃性による強度不足を防止しながら持続的な遠赤外線放射のためにバイオセラミックを200メッシュ程度の粒経で粉碎して準備する。 In addition, since bamboo has porosity, it is prepared by pulverizing such bamboo with a grain size of about 200 mesh as a material that exhibits excellent antibacterial and deodorizing effects, and prevents lack of strength due to incombustibility. While sustaining far-infrared radiation, bioceramics are prepared by pulverizing with a grain size of about 200 mesh.

以後、パーム繊維チップ、パーム繊維粉末、竹粉末、バイオセラミック粉末を1:1:1:1の比率で混合して主原料を製造する。 Thereafter, palm fiber chips, palm fiber powder, bamboo powder and bioceramic powder are mixed at a ratio of 1: 1: 1: 1 to produce a main raw material.

この時、パーム繊維チップを使うことにより、その長い長さにより周辺の他の内容物と堅く連結する役目をするようになって、後で製造される建築材料に一層耐久力を持たせて容易に割れないようにする。パーム繊維粉末、竹粉末を200メッシュ程度に粉碎する理由は分散性を向上させるためである。 At this time, by using the palm fiber chip, it will serve to firmly connect with other contents in the vicinity due to its long length, and it will be easier to make building materials to be manufactured later more durable Avoid cracking. The reason why the palm fiber powder and the bamboo powder are pulverized to about 200 mesh is to improve the dispersibility.

そして、滑っこい表面と強度を維持するために、石炭の炭化物の中で比較的重量が軽い200メッシュの粒経を有するフライアッシュを抽出して準備する。 In order to maintain a smooth surface and strength, a fly ash having a 200-mesh particle size, which is relatively light in weight, is extracted and prepared.

この時、200メッシュの粒経を有するフライアッシュを準備する理由は、フライアッシュの軽量性により一側にかたよることを防止するためである。 At this time, the reason for preparing a fly ash having a grain size of 200 mesh is to prevent the fly ash from sticking to one side due to the light weight of the fly ash.

また、難燃性を高めるために、火炎防止剤と耐熱性樹脂である硬化用難燃樹脂を使ってバインダーを製造する。この時、難燃性と接着性を同時に向上させるために火炎防止剤と耐熱性樹脂である硬化用難燃樹脂を1:1の比率で混合・溶融する。 Moreover, in order to improve a flame retardance, a binder is manufactured using a flame retardant resin which is a flame inhibitor and a heat resistant resin. At this time, in order to improve the flame retardancy and the adhesiveness at the same time, a flame retardant and a flame retardant resin which is a heat resistant resin are mixed and melted at a ratio of 1: 1.

以上のように建築材料を製造するための全ての材料が用意されると、前記製造されたバインダー20〜30重量%、前記混合した主原料50〜60重量%、フライアッシュ20〜25重量%の粉末を混合して高液状に練る。 When all the materials for manufacturing building materials are prepared as described above, the manufactured binder is 20 to 30% by weight, the mixed main raw material is 50 to 60% by weight, and fly ash is 20 to 25% by weight. Mix powder and knead to high liquid.

ここで、フライアッシュはその造成割合によって密度と表面及び圧縮強度を調節することができ、セメントより軽い比重を有しているが、難燃性成形品をなしている製品の材料の中ではその重量が比較的重い方なので、造成割合が高い時には軽量化に問題が発生できるが、相対的に難燃性は一層優秀になる長短所がある。 Here, fly ash can adjust density, surface and compressive strength according to its composition ratio, and has a lighter specific gravity than cement, but it is among the materials of products that make flame-retardant molded products. Since the weight is relatively heavy, there is a problem in reducing the weight when the formation ratio is high, but there is an advantage that the flame retardancy is relatively superior.

したがって、各製品の特性によって造成割合をも加減することでき、本発明による建築材料では25重量%以下で使用することが適当である。 Therefore, the creation ratio can be adjusted depending on the characteristics of each product. In the building material according to the present invention, it is appropriate to use it at 25% by weight or less.

また、火炎防止剤と耐熱性樹脂である硬化用難燃樹脂からなったバインダーが全体含量の30重量%を超過するようになれば、後で製造される建築材料の強度が低下され、バインダーが20重量%未満であれば、他の材料と高液状に練りにくくなる。 Also, if the binder composed of a flame retardant resin that is a flame retardant and a heat-resistant resin exceeds 30% by weight of the total content, the strength of building materials to be produced later is reduced, and the binder If it is less than 20% by weight, it becomes difficult to knead with other materials into a high liquid state.

また、本発明に強度と加工性、不燃性調節のために、ケイ酸ナトリウム、ケイ酸カルシウムなどの硬化剤及び傾向促進剤を使うこともできる。 In the present invention, a curing agent and a tendency accelerator such as sodium silicate and calcium silicate can be used for controlling strength, workability and nonflammability.

前記のように混ぜられたものを150〜200℃の温度を発散する2個の成形ローラーが一定間隔で離隔されている成形部を通過させると、どの程度の流動性を有する状態で表面から焼かれるようになり、前記1次で焼かれた成形物を多数の上部ローラー群と下部ローラー群が後側に行くほどその間隔が徐徐に細くなるように配置された圧延部の間を通過させて徐徐に薄い厚さで圧延することができる。 When the mixture mixed as described above is passed through a molding part in which two molding rollers that diverge the temperature of 150 to 200 ° C. are separated at a constant interval, the degree of fluidity is baked from the surface. The molded product baked in the first order is passed between rolling sections arranged so that the intervals gradually become narrower as the number of upper roller groups and lower roller groups goes to the rear side. It can be rolled gradually with a small thickness.

この時、圧延部を成す上部ローラー群と下部ローラー群の内部には、ヒーターを内蔵して150〜200℃程度の熱を提供することにより、前記成形物が圧延部を通じて次第に薄い厚さに圧延されながら内部までまったく焼かれるようにする。 At this time, a heater is incorporated in the upper roller group and the lower roller group forming the rolling part to provide heat of about 150 to 200 ° C., so that the molded product is gradually reduced in thickness through the rolling part. It is made to be baked to the inside while being done.

圧延部を通じて完全に焼かれて乾燥され、また、適正な厚さを有するように成形された成形物を多数の上部ローラー群と下部ローラー群からなった冷却部を通過させながら0〜4℃に冷凍させると、建築材料として使うのに適当に堅固になり、以後切断シリンダーによって昇降する刃により前記成形物を一定な長さ単位で切断することにより建築材料の製造が完了される。 The molded product, which has been completely baked and dried through the rolling unit, and formed to have an appropriate thickness, is passed through a cooling unit composed of a large number of upper roller groups and lower roller groups at 0 to 4 ° C. When frozen, it becomes solid enough to be used as a building material. After that, the building material is manufactured by cutting the molded product into units of a certain length with a blade that is raised and lowered by a cutting cylinder.

このように製造される建築材料は、パーム繊維、竹粉末、バイオセラミック、フライアッシュを使用したので白色の製品を作りにくいし、これを補完するために火炎に強くて隠蔽力が優秀な白色無機着色剤を使ってベース色を淡い灰白色で作れば、成形品の塗装及びコーティングなどの表面処理を改善させることができる。 The building materials manufactured in this way are made of palm fiber, bamboo powder, bioceramic, and fly ash, making it difficult to produce white products. To complement this, white inorganic materials that are flame resistant and have excellent hiding power. If the base color is made of light grayish white using a colorant, surface treatment such as painting and coating of the molded product can be improved.

Claims (1)

パーム繊維を洗滌した後乾燥率が95%になるように乾燥する段階と、
前記乾燥したパーム繊維を1〜1.5cm単位で切断してパーム繊維チップを製造する段階と、
前記乾燥したパーム繊維を200メッシュの粒経で粉碎する段階と、
竹を200メッシュの粒経で粉碎する段階と、
バイオセラミックを200メッシュの粒経で粉碎する段階と、
前記パーム繊維チップ、前記パーム繊維粉末、前記竹粉末、前記バイオセラミック粉末を1:1:1:1の比率で混合して主原料を製造する段階と、
石炭の炭化物から200メッシュの粒経を有するフライアッシュを抽出する段階と、
火炎防止剤と耐熱性樹脂である硬化用難燃樹脂とを1:1の比率で混合・溶融してバインダーを製造する段階と、
前記製造されたバインダー20〜30重量%、前記混合した主原料50〜60重量%、前記フライアッシュ20〜25重量%の粉末を混合して高液状で練る段階と、
前記ねりを、150〜200℃の温度を発散する2個の成形ローラーが一定間隔で離隔されている成形部を通過させて1次で焼く段階と、
前記焼かれた成形物を、多数の上部ローラー群と下部ローラー群が後側に行くほどその間隔が徐徐に細くなるように配置された圧延部の間を通過させて薄い厚さで圧延しながら150〜200℃の熱を加えてまったく焼く段階と、
前記成形物を、多数の上部ローラー群と下部ローラー群からなった冷却部を通過させながら0〜4℃に冷凍させる段階と、
切断シリンダーによって昇降する刃により前記成形物を一定な長さ単位で切断する段階と、
からなることを特徴とするパームを利用した建築材料の製造方法。
A stage of washing the palm fiber and drying to a drying rate of 95%;
Cutting the dried palm fiber in units of 1 to 1.5 cm to produce a palm fiber chip;
Pulverizing the dried palm fiber with a particle size of 200 mesh;
The stage of grinding bamboo with 200 mesh grain size;
Pulverizing the bioceramic with a 200 mesh particle size;
Mixing the palm fiber chip, the palm fiber powder, the bamboo powder, and the bioceramic powder in a ratio of 1: 1: 1: 1 to produce a main raw material;
Extracting fly ash having a 200 mesh grain size from coal carbide;
A step of producing a binder by mixing and melting a flame retardant resin as a heat-resistant resin and a heat-resistant resin in a ratio of 1: 1;
Mixing the prepared binder 20-30% by weight, the mixed main raw material 50-60% by weight, and the fly ash 20-25% by weight, and kneading in a high liquid state;
Bake the bend firstly through a molding part in which two molding rollers that radiate a temperature of 150 to 200 ° C. are separated by a fixed interval;
While rolling the baked molded product with a small thickness by passing between the rolling parts arranged so that the interval gradually decreases as the number of upper roller groups and lower roller groups goes to the rear side A stage of baking at a temperature of 150-200 ° C.,
Freezing the molded product at 0 to 4 ° C. while passing through a cooling section composed of a number of upper roller groups and lower roller groups;
Cutting the molded product in a unit of a certain length with a blade that is raised and lowered by a cutting cylinder;
The manufacturing method of the building material using the palm characterized by comprising.
JP2008006437A 2008-01-16 2008-01-16 Manufacturing method of building material using palm Pending JP2009166342A (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103878839A (en) * 2014-01-27 2014-06-25 浙江农林大学 Production method for manufacturing sliced veneer by bamboo split recombined bamboo wood
CN105397884A (en) * 2015-10-23 2016-03-16 中国建筑材料科学研究总院 Processing method for bamboo glue supporting plate

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JPH09191958A (en) * 1996-01-05 1997-07-29 Youngho Ahn Cosmetics string case
JPH11226919A (en) * 1998-02-13 1999-08-24 Kanegafuchi Chem Ind Co Ltd Palm fiber board and its production
JP2000006115A (en) * 1998-06-19 2000-01-11 Kanegafuchi Chem Ind Co Ltd Plate-like material or molding and manufacture thereof
JP2004099856A (en) * 2002-09-12 2004-04-02 Kizuna Corporation:Kk Decomposable composition
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JPH06155419A (en) * 1992-11-17 1994-06-03 Yasuyoshi Aihara General-purpose non-combustible panel
JPH09191958A (en) * 1996-01-05 1997-07-29 Youngho Ahn Cosmetics string case
JPH11226919A (en) * 1998-02-13 1999-08-24 Kanegafuchi Chem Ind Co Ltd Palm fiber board and its production
JP2000006115A (en) * 1998-06-19 2000-01-11 Kanegafuchi Chem Ind Co Ltd Plate-like material or molding and manufacture thereof
JP2004099856A (en) * 2002-09-12 2004-04-02 Kizuna Corporation:Kk Decomposable composition
JP2007507579A (en) * 2003-09-29 2007-03-29 チェー,ジュン−ハン Non-combustible composition, architectural non-combustible molded article using the same, and method for producing the same

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103878839A (en) * 2014-01-27 2014-06-25 浙江农林大学 Production method for manufacturing sliced veneer by bamboo split recombined bamboo wood
CN105397884A (en) * 2015-10-23 2016-03-16 中国建筑材料科学研究总院 Processing method for bamboo glue supporting plate

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