JPS5833460A - Execution foundation material - Google Patents

Execution foundation material

Info

Publication number
JPS5833460A
JPS5833460A JP56132460A JP13246081A JPS5833460A JP S5833460 A JPS5833460 A JP S5833460A JP 56132460 A JP56132460 A JP 56132460A JP 13246081 A JP13246081 A JP 13246081A JP S5833460 A JPS5833460 A JP S5833460A
Authority
JP
Japan
Prior art keywords
base material
construction
resin
thread
materials
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
Application number
JP56132460A
Other languages
Japanese (ja)
Inventor
加藤 公生
水谷 鐘一
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Aica Kogyo Co Ltd
Original Assignee
Aica Kogyo Co Ltd
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Aica Kogyo Co Ltd filed Critical Aica Kogyo Co Ltd
Priority to JP56132460A priority Critical patent/JPS5833460A/en
Publication of JPS5833460A publication Critical patent/JPS5833460A/en
Pending legal-status Critical Current

Links

Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。
(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

【発明の詳細な説明】 本発明は建築物め内外壁の下地施工に使用する施工下地
材に1)・jする1のである。
DETAILED DESCRIPTION OF THE INVENTION The present invention provides 1).j for a construction base material used for base construction of internal and external walls of buildings.

従来、建築物の内外壁にモルタル仕上け、タイル仕上げ
寺の湿式施工法ケ株用するには、合機、パルプセメント
板、石膏ボード寺の基板を釦刊ち又はタッカ−止めした
のち表面にタールフェルト組、ルーフィング#等の防水
紙を貼り、史にメタルラスなどのラス材を打ちつけ次い
でモルタル仕上は等を実施する工程が必要であった。
Conventionally, in order to use the wet construction method for mortar finishing and tile finishing on the interior and exterior walls of buildings, the substrates for laminates, pulp cement boards, and plasterboards are button-plated or tacked and then applied to the surface. It was necessary to apply waterproof paper such as tar felt or roofing #, then apply lath material such as metal lath to the surface, and then finish with mortar.

しかしながら、これら従来の施工においては、下地処理
に多工程を委し、施工日数、施工人員がかさみ問題とな
っていた。
However, in these conventional construction methods, multiple steps are involved in surface preparation, which increases the number of construction days and personnel.

またこれらの開−を解決するために木質基材の表面に無
機質粒子を混合してなる塗料を凹凸状に所在し、乾燥固
化して形成するモ/L/!〜下地材(特公昭58−20
568号)が提案されていた。しかしながらこの糠の下
地材にあっては無機質材粒子等を混合しているため該下
地材を胴縁等に釘打ち、タッカ−止めする時に釘、タッ
カ−等の先端゛・が曲ったり、折れたりするほか、ノコ
ギリ、カッター等で切断すると刃が破損するなどしてい
た。
In addition, in order to solve these problems, a paint made by mixing inorganic particles is placed on the surface of a wooden base material in an uneven pattern, and then dried and solidified to form a coating material. ~ Base material (Special Publication 58-20
No. 568) was proposed. However, since this base material of bran contains inorganic particles, etc., when nailing the base material to the rim etc. and fixing it with a tacker, the tips of the nails, tackers, etc. may bend or break. In addition, the blades were damaged when cut with saws, cutters, etc.

史に無機質材粒子が混合されると′fli料自体が俯く
、もろくなるため施工時の釘打ち等によってクラックが
発生したり、墜布層が部分的に脱落する寺の量線が発生
していた。
When inorganic material particles are mixed into the material, the material itself becomes sagging and brittle, resulting in cracks caused by nailing during construction, and cracks where the fallen fabric layer partially falls off. Ta.

本発明の目的りこれらの問題点を解決した施工下1(+
q材を提供することにある。
The purpose of the present invention is to solve these problems under construction 1 (+
Our goal is to provide q materials.

本発明になる施工下地材について実施例に従い詳細に説
明すれは、第1図は1実施例の断面図であって合板(1
)表面にウレタン樹脂糸シーラー(2)が墜布され、該
シーラー(2)上に平均粒径8%(粒径0.11〜5%
)のラワン材チップ(4)を10%(11量比)スチレ
ン−アクリル酸エステル系共重合樹脂エマルジョンに混
合分散させてなる画材(4)を凹凸表面状に学布し、乾
燥固化してなる施工下地材(5)を示している。
The construction base material according to the present invention will be explained in detail according to an embodiment. Fig. 1 is a sectional view of one embodiment, and plywood (1
) A urethane resin thread sealer (2) is spread on the surface, and on the sealer (2) an average particle size of 8% (particle size of 0.11 to 5%) is applied.
An art material (4) made by mixing and dispersing 10% (11%) lauan material chips (4) of ) in a styrene-acrylic acid ester copolymer resin emulsion is spread on an uneven surface and dried and solidified. The construction base material (5) is shown.

第2図は合板の表面に平均粒忰11(粒径0.1〜8%
)の木材切削粒子(6)をエチレン−酢酸ビニール共甲
合樹脂エマルシロンに対車量比16%混合してなる部材
(3)が争布され、乾燥処理されて形成された施工下地
材(5)のl実施例断面図である。
Figure 2 shows an average grain size of 11 (grain size 0.1-8%) on the surface of plywood.
The construction base material (5) is formed by mixing the wood cutting particles (6) of ) with the ethylene-vinyl acetate co-plated resin Emulsilon at a ratio of 16% to the vehicle weight (3) and drying it. ) is a sectional view of an embodiment of the invention.

第1 L:zl 、第2図はいずれも本発明の1寮施例
にすぎず、以下に本発明に使用される材料等について跡
べる。
The first L:zl and FIG. 2 are only examples of the present invention, and the materials used in the present invention will be described below.

部材(31に使用されるバインダー成分としては、水浴
性光、水分散糸、有@溶剤溶解性系の合成樹11目なら
びに合成樹脂エマルシロン、ゴムラテックス等が使用で
き、例えはウレタン糸樹脂、エポキシ樹脂、アクリ/L
/樹MW、不皓和ポリエステIL/樹脂、酢酸ヒニーp
糸m脂、塩化ビニール糸樹脂、ホリスチレン糸樹鑵等の
ほか、アクリル糸樹脂エマルジッン、酢酸ビニール系樹
脂エマ/L/ S) wンやスチレン−ブタジェン(S
DR)糸ラテックス、クロロブレン系ラテックス、クロ
ロプレン−ブタジェン(NBR)系ラテックス、メチル
メタクリレート−ブタジェン(Mi、lR)糸ラテック
ス時がJ阿時仄り、iシして使用できる。
As the binder component used for the member (31), water-bathable fibers, water-dispersible fibers, solvent-soluble synthetic resins, synthetic resins emulsilon, rubber latex, etc. can be used, such as urethane thread resin, epoxy Resin, acrylic/L
/ Itsuki MW, Fuwa Polyester IL / Resin, Acetate Hini p
In addition to thread m resin, vinyl chloride thread resin, hollystyrene thread resin, etc., acrylic thread resin emulsion, vinyl acetate resin Ema/L/S) and styrene-butadiene (S)
DR) Thread latex, chloroprene-based latex, chloroprene-butadiene (NBR)-based latex, methyl methacrylate-butadiene (Mi, IR) thread latex can be used in combination.

イI・材(3)中に混合あるいは混抹される有機・〆充
填剤としては冥施例にも使用された木材チップ、木材切
削粒子をはじめ、製材、木材加工の1桿にて4P、 ’
Iする木粉類や、4dt卑工程にて元生するJdi皐+
7r 。
B. The organic fillers mixed or mixed into the lumber (3) include wood chips and wood cutting particles, which were also used in the final example, as well as 4P in one rod for lumber and wood processing. '
I wood flour and Jdi 甜 + which is originally produced in the 4dt base process.
7r.

サンダー紛のほかクルシミ粉叫の飯粉が便用できる。In addition to sander powder, walnut powder and rice powder can also be used.

(に・」;リエヌデル化粧板、ダップ化針IN、メラミ
ンti411i4化粧桟谷の45智板加工工程にて弁生
ずる樹11r1と信浸基材(−J(、布置)とが襟合化
した状腕のサンダー粉末、K4X*iF工場にて旬生す
る水相1糸片、淋イ々片、ナイロン鉛片、ポリエステル
糸片寺も1更ハ」できる。またこれら有機′W充Xj4
剤は一種類の材1がf史用されてもよいし、二神類以上
の材料が癲金的に併用されてもよい。
(Ni・」; Riendel decorative board, Dappu needle IN, melamine ti411i4 decorative 45 Chi board processing process of wood 11r1 and Shinmitsu base material (-J (, placement) are interlocked. Arm sander powder, K4X*iF factory produces water phase 1 thread piece, lina piece, nylon lead piece, and polyester thread piece.
One type of material 1 may be used as the agent, or two or more materials may be used in combination.

該有機質充填剤をバインダー成分と共にミキサー、ニー
ダ−等の11を合ゆ、混練機にて混合あるいは混神され
て画材t3+が、S持される。該有機質充填剤のt65
加比率1’E s充填剤の材IW1粒子径、長さならび
にバインダー成分の精度、希釈成分、霜釈成分絹II父
等により左右されるところであって、塗布方法のt1布
性を参α〕して法定されればよい。塗イ゛ロ方法は、ロ
ーフ1/衣面に凹凸エンボスを有するか、多孔d問を有
するなどのハンド式のφ布ロールやロールコータ−に堅
材(31を休符させて基材表面あるいけシーラー陛布さ
れ7c法材表囲に炉布、転写させれItJ 、ロー)v
ctuが+1y動する際に餅材がM・材の積1.°1カ
、ノ(イングー成分の積りによって毛波立ったり、ロー
/L’表1川の凹凸閤が私写されて基&表面に凹凸・、
材衣1@1が形成3れる。またこの他に虻何が吐出ノズ
ルから基板表■に吹き付けられる吹き付け7)Xが体用
されてもよいう 一人材としてはイ↑憧、バーナクルボード、ファイバー
バード、木tセメント板寺の木質系材料のほか、++ 
1;Mセメント板、バpブセメント板、硅酸カルシュラ
ム板、石賀根qトの無−1糸材料がイー用できる。
The organic filler is combined with the binder component in a mixer, kneader, etc., and mixed or blended in a kneader to form an art material t3+. t65 of the organic filler
Addition ratio 1'Es It depends on the filler material IW1 particle diameter and length as well as the accuracy of the binder component, dilution component, frosting component Silk II, etc., and please refer to the t1 fabric properties of the application method α] It would be better if it became legal. The coating method is to use a hand-type φ cloth roll or roll coater that has uneven embossments on the loaf 1/batter surface or has porous holes. The sealer is enshrined and the hearth cloth is transferred to the surface of the 7c material.
When ctu moves +1y, the mochi material is the product of M and material 1. ° 1 Ka, No (The hair is ruffled due to the accumulation of Ingu ingredients, and the roughness of the low / L' table 1 river is taken privately and the base & surface is uneven.
Material 1@1 is formed 3. In addition to this, other materials that may be used for spraying 7) In addition to materials, ++
1; M cement board, Bab cement board, calcium silicate board, Ishigane qt non-1 thread materials can be used for E.

また第1図の実施例においてはシーフーy!1.理が施
されているが、該シーラー処理は必すしも無くてもよく
、塗材(31と屑材との密wl性が豊い場合、辰材表侑
1がもろく補強する必要がある場合、基材のシミ、ヤニ
分、アルカリ分等の塗材(3)への移行を趙断する必要
がある場合等に使用され、シーラー削としてFiM材(
3)のバインダー成分として便用される各種の合成側1
旧、合成樹脂エマルジョンの中から血合した材料を使用
することができる。
In addition, in the embodiment shown in FIG. 1, Shifu y! 1. However, the sealer treatment is not necessary and may not be necessary.If the coating material (31) and the scrap material are highly adhesive, or if the varnish material (31) is brittle and needs to be reinforced. FiM material (
3) Various synthetic side 1 conveniently used as a binder component
It is possible to use materials that have been mixed together from among the old synthetic resin emulsions.

J+(付表面に争4fJ妊れた凹凸表面状の¥材(3)
は・吊/晶又は1M熱状態でIIV’、燥固化するか乾
燥硬化することによ・1基材表ff4Jに凹凸表面状を
0)、持したま一固有し該施工下地材(5)が得られる
J+ (3)
By hanging/crystalline or IIV' in a 1M heat state, by drying and solidifying or by drying and curing, an uneven surface is created on the surface of the base material (0), and the base material (5) is unique to the base material (5). is obtained.

本発明になるか1工下地材(5)は剰優買糸充填剤を侶
−自゛しているため、バインダー成分と同−又は裟和n
のめる原子からなる分子支鎮、分子鎖を有するばかりか
、有機質充填剤に水ヤ縞、アミノ括、カルボン酸基等の
官IiL紙か存イトし、バインダー成分がこれら官能基
と反応しうる′f(′W¥基をイ]する樹脂成分である
ウレタン樹脂、エポキシ樹Q1.7ftルマリン系樹脂
等の選択も可能であって、従来の無機質系充填剤使用に
よっては得られない充填剤との良好な混和性の塗材や化
学的に複合化した塗材が得られること、有機質充填剤の
使用は無機質充填剤の様に塗材を硬く、もろくすること
がないため塗材の柔軟性、可撓性がすぐれること等から
施工下地材を釘打ち、タッカ−止め、ビス止め等によっ
て塗材にワレ、ヒビが入ったシ塗材が部分的に脱落する
等の問題が解消され施工が能率化できるっ同時にクギ、
ビス、タッカ−が曲ったり折れたりしないこと、ノコギ
リ、カンナ等によシ加工しても刃を破損しない等の利点
がある。
According to the present invention, since the base material (5) contains a surplus yarn filler, it has the same or softer binder component.
Not only does it have a molecular support and molecular chain consisting of binding atoms, but also functional groups such as water stripes, amino groups, and carboxylic acid groups are present in the organic filler, and the binder component can react with these functional groups. It is also possible to select urethane resin, epoxy tree Q1.7ft lumaline resin, etc., which are resin components with f ('W\ group), and it is possible to use fillers that cannot be obtained by using conventional inorganic fillers. It is possible to obtain a coating material with good miscibility or a chemically composite coating material, and the use of organic fillers improves the flexibility of the coating material because it does not make the coating material hard and brittle like inorganic fillers. Due to its excellent flexibility, problems such as cracks in the coating material and partial falling off of the coating material when the base material is nailed, tackered, screwed, etc. are eliminated, and the construction work is easier. It can be streamlined and nailed at the same time.
It has the advantages that the screws and tackers do not bend or break, and the blade does not break even when processed with a saw, plane, etc.

また同時に柱、タル本等に釘打ち、ビス止めするだけで
従来のモルタル用下地材、センイカベ下地材が得られる
ので、タールフェルト紙、ルーフインク祇、ラス材等の
資材を省略でき、かつ施工期間短縮できて、しかも凹凸
衣面状の塗材であることからモルタル塗りが施工しやす
くモルタルがずれ落ちたりしないため極めて能率的作業
が実施でさる、 財に該施工下地材はa)材(3)にワレ、クラックが入
りにくいため、従来の下地材のように基材のシミ、ヤニ
分、アルカリ分等がワレ、クラックfmしてモルタlv
騙lで移行することがなくなり施工表trti huの
変色、劣化等の問題がなくなり制品質の施工が実施でき
る。
At the same time, conventional mortar base material and woven fabric base material can be obtained by simply nailing or screwing onto pillars, barrels, etc., so materials such as tar felt paper, roof ink, lath material, etc. can be omitted, and construction work is easy. The construction period can be shortened, and since the coating material has an uneven surface, it is easy to apply mortar and the mortar does not slip off, making the work extremely efficient. 3) Since it is difficult to crack or crack, stains, resin content, alkali content, etc. on the base material will cause cracks and cracks fm and mortar lv.
This eliminates problems such as discoloration and deterioration of the construction surface, and allows quality construction to be carried out.

【図面の簡単な説明】[Brief explanation of the drawing]

弔1図は基材として使用した合板(1)表面にシーラー
(2)が帝布されたのち炉材(31を凹凸表面状にtl
布し、乾燥固化して形成された施工下地材(5)の断開
図、第2図は基材として使用した合板(1)の表囲に所
材(3)を凹凸表101状に形成してなる施工下地材(
5)の1実施例−c面図である。 l・・・・合板  2・・・・シーラー  8・・・・
q!材4・・・・ラワン材チップ  5・・・・施工下
地材6・・・・木材切削粒子 手続補正書 (方式) 1 事件の表示  昭和 9を年特許願 第13λグ≦
0号6 補正をする者 事件との関係   特許出願人 郷便番号  460 昭和 「7年 /月J−6日(発送日)5 補正の対象 暢坤1め稽
Figure 1 shows the surface of the plywood (1) used as the base material, after which the sealer (2) was applied, and then the furnace material (31) was applied to create an uneven surface.
Fig. 2 is a cut-away view of the construction base material (5) formed by spreading, drying and solidifying, and the material (3) is formed in a 101-shape uneven surface around the surface of the plywood (1) used as the base material. Construction base material (
5) is a c-side view of one embodiment. l...Plywood 2...Sealer 8...
q! Material 4... Lauan wood chips 5... Construction base material 6... Wood cutting particle procedure amendment (method) 1 Indication of case Patent application filed in Showa 9 No. 13λg≦
No. 0 6 Relationship with the case of the person making the amendment Patent applicant's hometown mail number 460 Showa 7 Year / month J-6 (shipment date) 5 Subject of amendment

Claims (1)

【特許請求の範囲】[Claims] JI(材の人聞に、バインダー成分である合成樹脂、合
成樹8目エマ〜ジッン、コ°ムラテックス時にf]→貿
充填却1が混合あるいはl長線されてなるfハ材が凹凸
表ml状に固7に形成されヤいることを8f徴とする施
工下地材。
JI (In addition to the material, synthetic resin as a binder component, synthetic resin 8 materials, synthetic resin, f at the time of co-latex) → Trade material 1 is mixed or made into a long line f material is uneven surface ml A construction base material that is formed into a hard 7-shape and has a 8F characteristic.
JP56132460A 1981-08-24 1981-08-24 Execution foundation material Pending JPS5833460A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP56132460A JPS5833460A (en) 1981-08-24 1981-08-24 Execution foundation material

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP56132460A JPS5833460A (en) 1981-08-24 1981-08-24 Execution foundation material

Publications (1)

Publication Number Publication Date
JPS5833460A true JPS5833460A (en) 1983-02-26

Family

ID=15081875

Family Applications (1)

Application Number Title Priority Date Filing Date
JP56132460A Pending JPS5833460A (en) 1981-08-24 1981-08-24 Execution foundation material

Country Status (1)

Country Link
JP (1) JPS5833460A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2007131322A (en) * 2005-11-10 2007-05-31 Toyo Aluminum Ekco Products Kk Aluminum foil molded container

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2007131322A (en) * 2005-11-10 2007-05-31 Toyo Aluminum Ekco Products Kk Aluminum foil molded container

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