JPH072562A - Reinforced plastic carbon binder - Google Patents
Reinforced plastic carbon binderInfo
- Publication number
- JPH072562A JPH072562A JP5049810A JP4981093A JPH072562A JP H072562 A JPH072562 A JP H072562A JP 5049810 A JP5049810 A JP 5049810A JP 4981093 A JP4981093 A JP 4981093A JP H072562 A JPH072562 A JP H072562A
- Authority
- JP
- Japan
- Prior art keywords
- binder
- synthetic resin
- reinforced plastic
- viscosity
- resin
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Landscapes
- Reinforced Plastic Materials (AREA)
- Compositions Of Macromolecular Compounds (AREA)
- Cultivation Receptacles Or Flower-Pots, Or Pots For Seedlings (AREA)
- Sewage (AREA)
- Revetment (AREA)
- Processing Of Solid Wastes (AREA)
Abstract
Description
【０００１】 砿石の硬度が硬、軟異質の砿石を混合
し、之れを高温で熔融したものから製造されたロックウ
ールと、繊維状のカーボンを混合し、カーボンにロック
ウールを絡ませた上、之れに粘度が１０００ＣＰＳ程度
の、ビニルエステル系合成樹脂、又はポリエステル系合
成樹脂、又はエポキシ系合成樹脂、又はウレタン系合成
樹脂、又はフッ素系合成樹脂、又は尿素系合成樹脂を、
飽和状態にまで吸収させたのち、この粘度を１８００Ｃ
ＰＳ〜１５０，０００ＣＰＳに調整してする強化プラス
チックカーボンバインダーは、当該バインダーを用い様
とするその用途によって、ロックウールとカーボンの長
さが異なる。即ち、舗装用として使用する場合も、左官
仕様のときはロックウールの長さは１ｍｍ〜２０ｍｍと
し、カーボンの繊維状の長さも１ｍｍ〜１０ｍｍとして
そのカーボンとロックウールを混合し、カーボンにロッ
クウールを絡ませたのち、低粘度の合成樹脂を飽和状態
にまで吸収させてする。又その用途が、ローラー仕様の
場合は、ロックウールの長さを４０ｍｍ程度としカーボ
ンの繊維状の長さも１０ｍｍ〜２０ｍｍとしてする。又
粘度の調整に於いても、ローラー仕様の場合は１００，
０００ＣＰＳ〜１５０，０００ＣＰＳとするが、左官仕
様の場合は２，０００ＣＰＳ〜４，０００ＣＰＳ程度と
する。この様にして製造された強化プラスチックカーボ
ンバインダーを以てする舗装や舗装材等の骨材や基材
は、天然石をはじめセラミックスやスラッジ、ウレタン
片やゴム片、貝殼片や木片、草類や木の葉等の植物等多
岐に亘って提供する事が出来る。之の発明による強化プ
ラスチックカーボンバインダーにより、バインダー自体
の比重が高くなったことで、セラミックや植物類等比重
が軽い基材も、充分な強度を提供することが出来る、又
比重が１．５以上の骨材や基材に於いても、更に強度を
高揚した[0001] Rock wool manufactured from a mixture of fine and hard heterogeneous stones, which is melted at a high temperature, and fibrous carbon are mixed, and rock wool is entangled with carbon. Above, vinyl ester synthetic resin, polyester synthetic resin, epoxy synthetic resin, urethane synthetic resin, fluorine synthetic resin, or urea synthetic resin having a viscosity of about 1000 CPS,
After absorbing it to a saturated state, change its viscosity to 1800C.
The length of rock wool and carbon of the reinforced plastic carbon binder adjusted to PS to 150,000 CPS differs depending on the intended use of the binder. That is, even when used for paving, the length of rock wool is 1 mm to 20 mm and the fibrous length of carbon is also 1 mm to 10 mm in the case of plastering, and the carbon and rock wool are mixed to form rock wool on carbon. After entwining, the low viscosity synthetic resin is absorbed to the saturated state. When the application is a roller specification, the length of rock wool is about 40 mm and the fibrous length of carbon is also 10 mm to 20 mm. Also in the adjustment of viscosity, if the roller specification is 100,
It is 000 CPS to 150,000 CPS, but in the case of plastering specifications, it is about 2,000 CPS to 4,000 CPS. Aggregates and base materials such as pavements and pavement materials using the reinforced plastic carbon binder produced in this way include natural stones, ceramics and sludge, urethane pieces and rubber pieces, shell pieces and wood pieces, grasses and leaves. It can be provided over a wide variety of plants. With the reinforced plastic carbon binder according to the present invention, the specific gravity of the binder itself is increased, so that it is possible to provide sufficient strength even for substrates such as ceramics and plants having a low specific gravity, and a specific gravity of 1.5 or more. In the aggregate and base material of
【０００２】 請求項１の強化プラスチックカーボンバ
インダーは、道路舗装に於いても簡易舗装としての左官
仕様による仕様から、一級国道又は、滑走路等のように
強度を求められる舗装、あるいは土木、建築用各種ブロ
ック等の製造やモルタル吹き付け仕様に於いても、従来
の工法と大差のない作業性を持ちながら、建築用外壁板
等にしても従来のものに比べて遥に軽量化出来ると共に
従来の合成樹脂によるバインダーは、基材間の接着に点
接着の状態であった全てのものに対して合成樹脂の分子
を線的に作用させるこの強化プラスチックカーボンバイ
ンダーは、極微毛細な空隙を構造させ得ることから、土
砂や粉塵等の分子はその極微毛細な空隙には詰まり切れ
ないため、透水、吸湿、通気を必要とするあらゆる分野
に利用される他、耐薬性に優れる事から護岸、防波堤、
砂防ダムをはじめ全ての土木、建築の分野、植木鉢や浄
水汚水処理フィルター吸、排水の自在な側構やヒューム
管、集水桝等の製造用バインダーとして提供出来るが、
該バインダーはその合成樹脂の分子を線的になおかつ厚
膜に作用させる事から、産業廃棄物、放射性物質等有害
なものを密閉してしまう事も出来る、又建築用内壁や法
面、隧道、切り通し等に吹き付けてする保護補強等に於
いても水抜き穴を設ける必要もなく、着色も自在である
事から美観を損なう事もない等、その利用範囲は広域に
及ぶ。The reinforced plastic carbon binder according to claim 1 is a pavement that requires strength such as a first-class national highway or a runway, or civil engineering or construction because of the plastering specification as a simple pavement even in road pavement. Even in the production of various blocks and the specification of mortar spraying, while maintaining workability that is not much different from the conventional construction method, it can be made much lighter than conventional ones even when it is used as an exterior wall board for construction, etc. The resin binder makes the molecules of the synthetic resin act linearly on everything that was in the state of point adhesion in the adhesion between the base materials.This reinforced plastic carbon binder can form microcapillary voids Therefore, since molecules such as earth and sand and dust cannot be clogged in the extremely fine voids, they are used in all fields requiring water permeability, moisture absorption, and ventilation, and Due to its excellent medicinal properties, seawalls, breakwaters,
It can be provided as a binder for manufacturing all kinds of civil engineering including Sabo dam, construction fields, flowerpots and filters for water purification and sewage treatment, side structures with free drainage, fume pipes, water collecting basins, etc.
Since the binder causes the molecules of the synthetic resin to act linearly and on a thick film, it is possible to seal off harmful substances such as industrial waste and radioactive substances, and also the interior walls and slopes of buildings, tunnels, There is no need to provide water drainage holes for protection and reinforcement that is sprayed on cuts, etc., and because it can be freely colored, it does not impair aesthetics, and its usage range is wide.
【０００３】 久しく利用されてきたセメントやアスフ
ァルトに較べて、合成樹脂は、硬化後の耐薬性や耐磨耗
性に加えて鮮明な着色が可能である等の利点があること
から、その利点を活用しようと様々な研究が進められて
来たが、従来の技術は、ガラスウールやロックウールを
以て合成樹脂の可使時間内に起こる沈下を抑止し、又は
強度を提供するため積層等にして提供してきたが、合成
樹脂やガラスウール及びロックウールの比重が何れも軽
量であるため、作業や施工時に転圧をはじめ打圧、バイ
ブレーションを以てする工法に於いて、基材又は骨材の
完全な安定が不充分であった。従って求められる強度が
それなりのものしか得られなかった。まして軽量骨材を
用い、透水機能を提供しようとする場合、取り分け強度
の提供が困難であった。又インターロッキングやブロッ
クあるいは合成樹脂のみの成型にあっても、脱型までに
時間が掛かるし、加熱加圧が必要である等設備自体に費
用が掛かってしまう。しかも産業廃棄物の処理に於いて
は、どのように改良されたバインダーであっても一部溶
出していても、これ以上改良出来ないとして容認されて
いるという極めて遺憾な現状である。さらには、吹き付
け作業等に於いては、現在使用されているモルタル及び
合成樹脂は保護、補強を目的としているが、その部分に
蓄積された水の水圧によって破損、破壊される事が多
い。しかもその部分には水抜き穴を設けていながらその
穴から水が流れ出ているのを殆ど見る事が無い。すなわ
ち、その穴は目詰まりをしてしまっているからである。
又その吹き付けられた壁面や法面は美観はもとより、芝
や草等の植物が自然に生育する事すら出来ない。Compared with cement and asphalt that have been used for a long time, synthetic resins have advantages such as chemical resistance and abrasion resistance after curing and vivid coloration. Although various researches have been carried out to utilize it, the conventional technology is to provide glass wool or rock wool to prevent the sinking of synthetic resin within the pot life, or to provide it with a layered structure to provide strength. However, since the specific gravity of synthetic resin, glass wool, and rock wool are all lightweight, it is possible to completely stabilize the base material or aggregate in the method of rolling, pressing, and vibration during work and construction. Was insufficient. Therefore, only the required strength was obtained. Furthermore, when it is attempted to provide a water permeable function by using a lightweight aggregate, it was difficult to provide strength in particular. Further, even in the case of interlocking, molding of only blocks or synthetic resins, it takes time to remove from the mold, and heating and pressurization are required, so that the equipment itself costs. Moreover, in the treatment of industrial wastes, it is extremely regrettable that no matter how the binder is improved or even if it is partially eluted, it is accepted that it cannot be further improved. Furthermore, in spraying work and the like, the mortar and synthetic resin currently used are intended to protect and reinforce, but they are often damaged or destroyed by the water pressure of water accumulated in that part. Moreover, even though there is a drainage hole in that part, it is rare to see water flowing out from the hole. That is, the hole is clogged.
The sprayed walls and slopes are not only aesthetic, but also plants such as grass and grass cannot grow naturally.
【０００４】 合成樹脂の可使用時間帯に於ける沈下を
抑止し、更に粘度を調整しても硬化剤や基材、骨材との
混合、混練を容易にし、その上耐食性及び物理的強度を
高揚するため、繊維状カーボンにロックウールをからま
せ、絡ませたロックウールに１０００ＣＰＳ程度の低粘
度な合成樹脂を飽和状態になるまで吸収させた上に、粘
度を高揚させたものである。又目詰まりの無い透水機能
保水機能、通気機能を有する二次製品の製造が出来る様
にして提供する、あるいは廃棄物等を二次製品化する事
によって再利用しようとしたり、有害物質を密閉する事
により溶出させないようにしたり出来るようにして提供
する。さらには、モルタルや合成樹脂を吹き付け仕様の
様に壁面や法面の保護、補強のみを目的としたものから
美しい壁面、透水機能のある面、あるいは自然に芝、草
等が生育出来る面が出来る様にして提供する。[0004] Suppression of the synthetic resin in the usable time zone is suppressed, and even if the viscosity is adjusted, mixing and kneading with the curing agent, the base material, and the aggregate are facilitated, and the corrosion resistance and the physical strength are improved. In order to elevate, the fibrous carbon is entangled with rock wool, and the entangled rock wool is made to absorb a low-viscosity synthetic resin of about 1000 CPS to a saturated state, and then the viscosity is elevated. In addition, we will provide secondary products that have water-permeable and water-retaining and ventilating functions without clogging so that we can reuse them by making waste products into secondary products or seal harmful substances. It is provided so that it can be prevented from eluting due to certain circumstances. In addition, mortar or synthetic resin is sprayed on the wall or slope to protect or reinforce the surface, so it has a beautiful wall surface, a water-permeable surface, or a surface where grass or grass can grow naturally. Like this.
【０００５】 合成樹脂の物性を、最大限にして提供す
るため、合成樹脂の接着分子を線状にして沈下を抑止
し、作業性、施工性に於いて、平板ブロックやインター
ロッキング等の製造時に於いても、型枠から即脱を可能
とし、舗装工事に於いても、ローラー転圧を可能とし、
更に強度を高揚する為繊維状のカーボンを混合して、当
該バインダー自体の比重を高めると共に、当該バインダ
ーと混練してする基材や骨材の安定を更に高め得た。In order to maximize the physical properties of the synthetic resin, the adhesion molecules of the synthetic resin are linearized to prevent the sinking, and in workability and workability, in manufacturing flat plate blocks, interlocking, etc. Even at that time, it is possible to immediately remove from the formwork, and even during pavement work, it is possible to roll the rollers.
In order to further increase the strength, fibrous carbon was mixed to increase the specific gravity of the binder itself, and the stability of the base material or aggregate kneaded with the binder could be further increased.
【０００６】 この発明により、合成樹脂の儘で基材や
骨材と作用させた是れ迄の工法は勿論、合成樹脂をロッ
クウールやガラスウール等に吸収させてした丈の工法よ
り耐食性にも優れ、物理的にも一層強度を提供すべく繊
維状カーボンの作用を加えた事に依り、当該バインダー
自体の比重が高揚し基材、骨材の安定を高める事が出来
た。又セラミックや比重が軽い骨材に対しても、従来と
異なり充分な強度を提供する事が出来る様になった。又
繊維状カーボンにロックウールを絡ませた上に、そのロ
ックウールに低粘度の合成樹脂を飽和状態になる迄吸収
させ、それを高粘度化した為、基材や骨材をはじめ硬化
剤等との混合も、混練、混合時の衝撃によって、一時低
粘度の合成樹脂がロックウールから滲み出して低粘度化
するために容易にしたばかりか、耐食性に優れ物理的に
強度を提供するカーボンが、基材や骨材との接着をより
確かなものとした。又屋内のみ使用されているテラゾー
に於いても透水機能をもたせる事に依り屋外に於ける使
用も可能にしたばかりか、間地ブロック等、壁材として
用いる場合に於いても水抜き穴を設ける必要が無く、着
色も可能であり、天然石を基材、骨材に用いる事により
美観を加える事も出来、さらには、芝、草等の植物も生
育する事が出来る様にした。According to the present invention, not only the method of working until the base material and the aggregate are made to act with a synthetic resin, but also the corrosion resistance is more improved than the method of length in which the synthetic resin is absorbed in rock wool or glass wool. Due to the fact that the action of fibrous carbon was added to provide excellent and physical strength, the specific gravity of the binder itself was enhanced, and the stability of the base material and aggregate could be increased. In addition, it has become possible to provide sufficient strength to ceramics and aggregates with a low specific gravity, unlike conventional ones. In addition, rock wool is entangled in fibrous carbon, and the low viscosity synthetic resin is absorbed into the rock wool until it becomes saturated, and it is made highly viscous. The mixing of kneading and the impact during mixing not only facilitated the synthetic resin having a low viscosity to ooze out from the rockwool to lower the viscosity, but also carbon, which has excellent corrosion resistance and physically provides strength, Adhesion with wood and aggregate was made more reliable. In addition, it is possible not only to use it outdoors due to having a water-permeable function even in terrazzo used only indoors, but it is also necessary to provide a drain hole when using it as a wall material such as an intermediate block. It has no color, and can be colored. By using natural stone as the base material and aggregate, it is possible to add aesthetics, and even plants such as grass and grass can grow.
【０００７】 之の発明によって得た強化プラスチック
カーボンバインダーに所定の硬化剤を混合した後、１ｍ
ｍ〜３ｍｍの細砂と粗砂の混合物を骨材とし、之の骨材
の重量に対して１０ｗｔ％の当該バインダーを混練して
１ｍ２×３０ｍｍの舗装を施した。又同様の強化プラス
チックカーボンバインダーモルタルを３００ｍｍ×３０
０ｍｍの金型に入れ、之をプレスして、直ちにその金型
から脱型して平板ブロックを製造した。又当該バインダ
ーを以て、直径１００ｍｍ×高さ５０ｍｍ×厚み５ｍｍ
の円形の容器を作製し、その容器に鉛、水銀等を含む火
力発電所の灰を当該バインダーで混練して入れ、之を圧
縮した後、上部を同じ強化プラスチックカーボンバイン
ダーで蓋をして密閉して、溶出検査をしたところ、鉛水
銀等の溶出は一切なかった。[0007] After mixing the reinforced plastic carbon binder obtained according to the invention with a predetermined curing agent, 1 m
A mixture of fine sand and coarse sand having a size of m to 3 mm was used as an aggregate, and 10 wt% of the binder was kneaded with respect to the weight of the previous aggregate to pave 1 m 2 × 30 mm. In addition, the same reinforced plastic carbon binder mortar 300 mm x 30
It was put in a 0 mm mold, pressed, and immediately released from the mold to manufacture a flat plate block. With the binder, diameter 100 mm x height 50 mm x thickness 5 mm
A circular container is prepared, and the ash of a thermal power plant containing lead, mercury, etc. is kneaded with the binder in the container, compressed, and then the upper part is covered with the same reinforced plastic carbon binder and sealed. Then, when an elution test was performed, no elution of lead mercury or the like was found.
【０００８】 之の発明に依り従来不可能であった成型
品等の成型後、即脱が可能になった。又ブロックや舗装
に於いても基材である石材等の安定に必要なだけの加圧
が充分に掛けられる様になった。又繊維状カーボンを絡
ませた作用に依り、耐食性にも優れ、物理的にも強度が
提供される事になり合成樹脂本来の目的である止水の役
割を公害対策に用いれば、閉じ込める事が出来ないとさ
れていた有害物をも密閉し溶出させない様にして提供す
る事が出来る。又壁面や法面等に吹き付けられた部分を
当該バインダーに所定の硬化剤を混合し天然石等の基材
を骨材として混練し、吹き付け仕様にする事に依り美観
も強度もさらには透水機能をも提供出来るようにした。
加えて従来の合成樹脂では、沈下を抑止する事が出来な
い為に上部が弱く、下部が強いという状態であるが、当
該バインダーは各合成樹脂の分子を線状に構造し厚膜に
作用する事が出来る様にした。道路舗装用として提供す
る場合、セメントコンクリートと同様の強度を得られ、
轍を付きにくくし透水機能を構造するために水跳ねも少
なく、降雪地や寒冷地に於いては、融雪作用や凍結防止
作用も提供する事が出来る。さらには、夏期の照り返し
による都市、地球の温暖化を抑止出来る様にして提供す
る。According to the invention of the present invention, it has become possible to immediately remove after molding a molded product or the like, which has heretofore been impossible. In addition, even in blocks and pavements, sufficient pressure can be applied enough to stabilize the stone material that is the base material. Also, due to the action of entangled fibrous carbon, it also has excellent corrosion resistance and physical strength is provided, so if you use the role of water stop, which is the original purpose of synthetic resin, as a pollution control, you can confine it. It is possible to provide harmful substances that were not said to be sealed and not eluted. In addition, the part sprayed on the wall surface or slope is mixed with a predetermined hardening agent in the binder, and the base material such as natural stone is kneaded as an aggregate, and by spraying specifications, the aesthetics and strength as well as the water permeability function can be obtained. I also made it possible to provide.
In addition, in the conventional synthetic resin, the upper part is weak and the lower part is strong because the sinking cannot be suppressed, but the binder acts on the thick film by linearly structuring the molecules of each synthetic resin. I was able to do things. When it is provided for road paving, it has the same strength as cement concrete,
It has less water splash to prevent ruts and structure of water permeability, and can also provide snow melting action and anti-freezing action in snowy areas and cold regions. Furthermore, it will be provided so that the warming of cities and the earth due to the reflection of light in the summer can be suppressed.
【図 １】は強化プラスチックカーボンバインダーと舗
装用石材からなる舗装の一部拡大断面図である。FIG. 1 is a partially enlarged sectional view of a pavement made of a reinforced plastic carbon binder and a paving stone material.
【図 ２】は該強化プラスチックカーボンバインダーと
石材からなる平板ブロックの一部拡大断面図である。FIG. 2 is a partially enlarged sectional view of a flat plate block composed of the reinforced plastic carbon binder and a stone material.
【図 ３】は強化プラスチックカーボンバインダーによ
る公害溶出防止対策容器の一部拡大断面図である。FIG. 3 is a partially enlarged cross-sectional view of a pollution elution prevention container using a reinforced plastic carbon binder.
【符 号 の 説 明】 Ａ・・・ カーボン Ｂ・・・ 骨材 Ｃ・・・ 強化プラスチックバインダー Ｄ・・・ 路盤 Ｅ・・・ 強化プラスチックカーボンバインダー Ｆ・・・ 強化プラスチックカーボンバインダーによる
平板ブロック Ｇ・・・ 公害物質溶出防止対策用容器[Explanation of code] A ... Carbon B ... Aggregate C ... Reinforced plastic binder D ... Roadbed E ... Reinforced plastic carbon binder F ... Flat plate block with reinforced plastic carbon binder G ... Vessels for preventing elution of pollutants
フロントページの続き (51)Int.Cl.6 識別記号 庁内整理番号 ＦＩ 技術表示箇所 Ｂ０９Ｂ 3/00 Ｃ０８Ｊ 5/04 ＣＥＺ 7310−4Ｆ Ｃ０８Ｋ 7/02 Ｃ０８Ｌ 101/00 ＫＣＪ Ｅ０２Ｂ 3/04 7150−2Ｄ Ｅ０３Ｆ 5/10 9126−2Ｄ Continuation of the front page (51) Int.Cl. 6 Identification number Internal reference number FI Technical indication B09B 3/00 C08J 5/04 CEZ 7310-4F C08K 7/02 C08L 101/00 KCJ E02B 3/04 7150-2D E03F 5/10 9126-2D
Claims (3)
し、之れを高湿で熔融したものから製造されたロックウ
ールと、繊維状のカーボンを混合し、カーボンにロック
ウールを絡ませたものに、粘度が１０００ＣＰＳ程度
の、ビニルエステル系合成樹脂、又はポリエステル系合
成樹脂、又はエポキシ系合成樹脂脂、又はウレタン系合
成樹脂、又はフッ素系合成樹脂、又は尿素系合成樹脂を
飽和状態にまで吸収させたのち、その粘度を１８００Ｃ
ＰＳ〜１５０，０００ＣＰＳに調整してした強化プラス
チックカーボンバインダーを以てする舗装、及び平板ブ
ロック、インターロッキング、テラゾー等の舗装用ブロ
ック、又は暗渠ヒューム管、集水桝等の水路用ブロッ
ク、又は擁壁、間地ブロック、又は建築内壁板及び外壁
板、又は建築用基礎、又は護岸、砂防等の工事用合材、
又はグレーチング、又は植木鉢。1. A rock wool produced by mixing rock pebbles having a hardness of hard and soft and different, and mixing the rock wool with high humidity and fibrous carbon. Saturated vinyl ester synthetic resin, polyester synthetic resin, epoxy synthetic resin, or urethane synthetic resin, fluorine synthetic resin, or urea synthetic resin having a viscosity of about 1000 CPS. After absorbing to the state, its viscosity is 1800C
Pavement with a reinforced plastic carbon binder adjusted to PS to 150,000 CPS, and paving blocks such as flat plate blocks, interlocking and terrazzo, or conduit channels such as underdrain fume pipes and water collecting basins, or retaining walls, Intermediate blocks, or building inner and outer wall boards, or building foundations, or construction materials such as revetments and erosion control,
Or grating or flowerpot.
ーボンバインダーを以て容器とし、その中に鉛、水銀、
ＰＣＢ等の公害物質、又はそれ等の公害物に汚染された
土砂等を当該バインダーで混練したものを圧縮して入れ
たのち、その上部を当該バインダーで蓋をして密封して
する公害物不溶出工法。この場合当該バインダーで製作
された容器の中に圧縮して入れる公害物質を混練する凝
固剤は、セメント、合成樹脂、又は石膏等当該バインダ
ー以外のものであっても良い。2. A container made of the reinforced plastic carbon binder obtained according to claim 1, in which lead, mercury,
After polluting pollutants such as PCB, or soil and sand contaminated with pollutants by kneading with the binder, the compressed material is put in, and the upper part is covered with the binder and sealed. Elution method. In this case, the coagulant for kneading the pollutant which is compressed and put into the container made of the binder may be cement, synthetic resin, gypsum or the like other than the binder.
カーボンバインダーを以てする、吹き付け工法及び厚膜
作用による接着。3. Adhesion by spraying method and thick film action, using the reinforced plastic carbon binder obtained in claim 1.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP5049810A JPH072562A (en) | 1993-02-01 | 1993-02-01 | Reinforced plastic carbon binder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP5049810A JPH072562A (en) | 1993-02-01 | 1993-02-01 | Reinforced plastic carbon binder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH072562A true JPH072562A (en) | 1995-01-06 |
Family
ID=12841487
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP5049810A Pending JPH072562A (en) | 1993-02-01 | 1993-02-01 | Reinforced plastic carbon binder |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH072562A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO1999057200A1 (en) * | 1998-04-30 | 1999-11-11 | Haruki Kobata | Synthetic resin composition, and permeable pavement and permeable material using the same |
-
1993
- 1993-02-01 JP JP5049810A patent/JPH072562A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO1999057200A1 (en) * | 1998-04-30 | 1999-11-11 | Haruki Kobata | Synthetic resin composition, and permeable pavement and permeable material using the same |
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