JPS59159338A - Moisture-permeability heat-insulating laminated material - Google Patents

Moisture-permeability heat-insulating laminated material

Info

Publication number
JPS59159338A
JPS59159338A JP3512783A JP3512783A JPS59159338A JP S59159338 A JPS59159338 A JP S59159338A JP 3512783 A JP3512783 A JP 3512783A JP 3512783 A JP3512783 A JP 3512783A JP S59159338 A JPS59159338 A JP S59159338A
Authority
JP
Japan
Prior art keywords
moisture
laminated material
present
heat retention
fabric
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
JP3512783A
Other languages
Japanese (ja)
Inventor
雨宮 邦夫
幹彦 田中
彰 浮田
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.)
Unitika Ltd
Original Assignee
Unitika 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 Unitika Ltd filed Critical Unitika Ltd
Priority to JP3512783A priority Critical patent/JPS59159338A/en
Publication of JPS59159338A publication Critical patent/JPS59159338A/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】 本発明は透湿性を有し、保温性の良好な積層材に関する
ものである。
DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a laminate material that is moisture permeable and has good heat retention properties.

従来から、布帛にフィルムを接着する方法あるいはフィ
ルムの円曲に布帛を接着する方法はよ(知られているが
、保温性の点で十分なものは得られていない。
Conventionally, methods of adhering a film to a fabric or methods of adhering a fabric to a curved part of the film are well known, but none have achieved sufficient heat retention.

また、アルミニウム箔あるいはアルミニウJ2粉末を含
有させた樹脂ソイルJいが熱輻射を防く点で保温性に効
果があることは公知である。
Further, it is known that aluminum foil or resin soil containing aluminum J2 powder is effective in heat retention in terms of preventing heat radiation.

1、かじ、透湿性を自シ2.かつ保温性の良好な積層r
+Aは(y7られていli′い。
1. Has good moisture permeability 2. Laminated r with good heat retention
+A is (y7 and li').

本発明は、二の、1、うな実状に&liみ一ζj−■わ
れたもの゛C2透?j、lj性を有し、かつ保温性の良
b1゛な積層材をi4Iる、ことを1」的とするもので
ある。
The present invention is based on the following two facts. The objective is to create a laminated material that has properties of 1, 1 and 1 and has good heat retention properties.

かかるL1的を達成する本発明は次の構成を有するもの
である。
The present invention that achieves the L1 target has the following configuration.

才なしl、)2本発明は撥水l111通気111を自し
、かつ伸縮性を有する布帛の片iNi 仁二、 アルミ
ニウム粉末を0.5%以1−含有し、かつ2000g/
 ra ・24hrs。
The present invention is a piece of fabric that is water repellent, breathable, and stretchable, containing 0.5% or more of aluminum powder, and 2000 g/
ra・24hrs.

以−にの透湿度を有する伸縮4!lポリウレタン系フイ
ルJ2が接着されてなることを特徴とする透湿性保温積
層材である。
Stretchable material with higher moisture permeability than 4! This is a moisture-permeable heat-retaining laminate material characterized by having a polyurethane film J2 adhered thereto.

以下7本発明について詳細に説明する。Below, seven aspects of the present invention will be explained in detail.

本発明では、撥水性2通気性を有し、かつ伸縮性を有す
る布帛を用いる。ここでいう撥水性は。
In the present invention, a fabric having water repellency, breathability, and elasticity is used. What does water repellency mean here?

、+18−1−1092で定められた撥水度測定により
90以七の撥水度を持つことか望すしく5一方通気性は
透湿性を阻害しなりればいくらてあ−9てもよい。
It is desirable that the material has a water repellency of 90 or higher according to the water repellency measurement specified by , +18-1-1092.5 On the other hand, breathability may be as high as -9 as long as it does not impede moisture permeability. .

また、伸縮性とはいずれの方向に伸長されても伸びか−
、)除重によって元に戻イ117[質のことで、(慢)
Also, elasticity refers to whether it stretches in any direction.
117 [In terms of quality, (arrogant)
.

ト発明での伸長率は10%以−土か望lトシい。The elongation rate in this invention is preferably 10% or more.

本発明でい2)4j帛とは、天然繊維・tliびに1合
成惧A′41のい一4゛れかr11独あるいは両者の1
1/紡、交編。
In the present invention, 2) 4j fabric refers to natural fibers, tli, 1 synthetic material, 14 material, 1 material, or 1 material of both.
1/Spinning, cross knitting.

交織等により形成された織物や編物を意味り、 (:い
イ(。
It means woven or knitted fabrics formed by mixed weaving, etc.

本発明の積層材ばト述の4j帛の片面に、アルミニーツ
ノ・粉末を05%I夕十含¥jし、かつ2000(H/
 nイ・2.Ibrs、lぺ十の透iti!性を右する
伸縮性ボリウI・タン系フィルムか接着されてなる構造
をも−:)6アルミニウム粉末さは、アルミニパノムハ
状金属粉末のことであり、宇1′IL6:ば特に限定し
7Z1<でもよい。
One side of the 4J sheet described in the laminated material band of the present invention contains 05% aluminum horn powder and 2000 (H/
n I・2. Ibrs, lpe ten toru iti! 6Aluminum powder refers to aluminum powder-like metal powder, and is particularly limited to 7Z1<. good.

アルミニウム粉末をポリウレタン糸フィルム中に含有さ
せる量は0,5%Iべ上−(あ2]ごとが4・要である
。これ(、」0.5%未溜では2本発明の目的であろア
ルミニウムわ)未含有による熱輻射の遮肋効鬼が不1分
で、満足な保温性を達成する(とが困難であるからであ
る。またアルミコー1′ツム粉末の含イj量は増ハロす
るほど保温性の屯で有利ではあるが1− 含イI♀の限界[J含イーさ廿ろボ1.1 □:r L
・・タン卆フィルムの強度特iq乙、二より変化−!1
子1.りめ、  −Ju’(+、こシ11決定できない
。い−4”4]7ζ、m−1u、ヒy′ルミこ一つl−
15]末の使用慴は用いるフィルJ1の(M)度特ty
1乙、二合わ−11で0.5%以上の範囲で実験により
適宜決定すK)とよい。・二、−でいうポリ1リレクン
糸−゛ノ、イルノ、とす、+:、  +ニアし・タン結
合を白Jるエラストマーからな7:Jフィルムの、二と
である。、二の:1−ラストマー分子内には他成分全=
共重合の形で含んでいてもよく1例えばJい−)j合成
分C,′、ポリアミノ酸を用いること4)−(きる。本
発明では十述のフィルJいが、1IS−70208!”
定められた透湿度δ(す定におい−(2000g / 
rs ・24brs、以l−の透湿度を有する、二とが
必要であり、透湿度が2000g 10(・24hrs
、未晶てtitl、透湿性があるとばい1.萱Ifい。
The amount of aluminum powder to be contained in the polyurethane thread film is 0.5% IB (A2). This is because the barrier effect of heat radiation due to the absence of aluminum is insufficient, and it is difficult to achieve satisfactory heat retention.Also, the amount of aluminum contained in Aluminum powder is Although it is advantageous in terms of heat retention, there are limits to 1.1 □: r L
・The strength of the tan film is different from the second one! 1
Child 1. Rime, -Ju' (+, Koshi 11 cannot be determined. I-4"4]7ζ, m-1u, Hiy' Rumi Kotto l-
15] The final use is based on the (M) strength characteristics of the fill J1 used.
It is preferable that K) be suitably determined by experiment within the range of 0.5% or more for 1 O, 2 Go - 11.・2, -Poly 1 relequin yarn - ゛no, ilno, and +:, 7:J film, which is made from an elastomer with a white tongue bond. , 2: 1-All other components in the lastomer molecule =
It may be contained in the form of a copolymer, for example, the synthetic component C,', and a polyamino acid may be used.
Determined moisture permeability δ (determined odor - (2000g /
rs・24brs, with a water vapor permeability of 1−, two are required, and the moisture permeability is 2000g 10(・24hrs
1. If it is uncrystallized and has moisture permeability.萱If.

さらに1記フィルJ^は伸縮1(1をイi’ L、−j
いることが必要である。伸縮性の稈度(J該フィルJ3
に接着し”(いる布帛と同程度である、二とが望ましく
、伸tii?i方向に片よりかなく、い工1゛れのプj
向にも伸びることか不可欠である。
Furthermore, 1st fill J^ is expansion/contraction 1 (1 is i' L, -j
It is necessary to be present. Elastic culm (J fill J3
It is preferable that the fabric be glued to the same extent as the fabric that is in the
It is essential to grow in both directions.

布帛とフィルノ、の間の接着は、全面接着でも点 4− 状あるいは線状等の部分接着であ−うでもよいが。The adhesion between the fabric and Firno is point 4- It may be partially bonded in the form of a shape or a line.

、Ω−・ いずれの場合乙こもフイルノ・透湿性を阻害しないこと
が必要である。
, Ω-・ In either case, it is necessary that the film and moisture permeability are not inhibited.

本発明は以上の構成を有するものであり、かかる構成よ
りなる本発明の積層材は透湿性を有し。
The present invention has the above configuration, and the laminate of the present invention having such a configuration has moisture permeability.

しかも保温性の良好な積層材であり、スキー、スゲ ト
、登山等のスポーツ用素材として優れたものである。
Moreover, it is a laminated material with good heat retention properties, making it an excellent material for sports such as skiing, sedge, and mountain climbing.

次に実施例によって本発明の積層材の具体的な構造、方
法について説明を行うが1本発明はこれになんら限定さ
れるものでしょない。
Next, the specific structure and method of the laminated material of the present invention will be explained with reference to Examples, but the present invention is not limited thereto.

実施例1 ランクスキンtlX−678(セイコー化成(株製ポリ
ウレタン樹脂)に平均粒径10.+1mのアルミニ゛−
ウム粉末をそれぞれ2.0%、1.0%、0.5%、0
.3%及び0.1%添加し、乾式成膜法により20μm
J’Xのフィルムを作成した。
Example 1 Rankskin tlX-678 (polyurethane resin manufactured by Seiko Kasei Co., Ltd.) was coated with aluminum having an average particle size of 10.+1 m.
2.0%, 1.0%, 0.5%, 0 respectively.
.. 3% and 0.1% added, 20μm by dry film formation method
I made a film of J'X.

次に撥水度too、 i気度85cc / cJ ・s
ecのポリエステルフィラメントよりなる丸編物を用意
し。
Next, water repellency too, i air 85cc/cJ・s
Prepare a circular knitted fabric made of EC polyester filament.

これと上記各フィルムとを、下記処方1の接着剤 5− 乙こより全曲接着せしめ、5種Ijiの積層(Aを作成
した。
This and each of the above-mentioned films were adhered to each other using an adhesive of the following formulation 1 to form a lamination of 5 types of Iji (A).

処方I CRIStlON 4072 (犬[1本インキ化学(
+1)製ホ171il Lz& 7系樹脂>   1o
(1部CRISVON CL−2(大11本インキ化学
(it+製シイソシアネ−t・)     13部Cf
l+5VON ACCEI、11R(大目本インキ化学
11i!#I抄ν、)         2部Clll
5IION ASSISTORAl1−81 (人ト(
本インキ化学fl)!i!J添加剤)    5部1−
ルエン                      
   2o部得られた積層(」をそれぞれA(ラックス
キンllX678中のアルミニウム粉末丘か2.0%の
もの)。
Prescription I CRIStlON 4072 (dog [1 ink chemistry (
+1) Manufactured by Ho 171il Lz & 7-based resin> 1o
(1 part CRISVON CL-2 (Large 11 ink chemical (it+ made Siisocyanate-t) 13 parts Cf
l+5VON ACCEI, 11R (Daimemoto Ink Chemistry 11i! #Isho ν,) 2nd part Clll
5IION ASSISTORAl1-81
This ink chemistry fl)! i! J additive) 5 parts 1-
Luen
20 parts of the resulting laminate (2.0% of aluminum powder in Luxkin 11X678) each.

B(同1.0%のもの)、C(同0.5%のもの)。B (1.0%), C (0.5%).

I) (同0.;)%のもの)及びト〕(同()、1%
のもの)とした。
I) (same as 0.;)%) and g) (same as (), 1%)
).

本発明方法による積層体はA、  B及びCに該当し、
  l)及びEはその比較例である。
The laminate produced by the method of the present invention falls under A, B and C,
l) and E are comparative examples.

得られた積層材の透湿度及び保温性を第1表に示”4゜ なお、透湿度ばJ +5−Z−0208で測定したもの
であり、保温性の評価は、室温20℃、熱板温度32℃
の条件下で加藤盟作所製「ザーモラボ」、昭和電工6−
− !Ii!! 、’F、! /!lf #t−a;、m 
ヨり積jM 材外部・\、の放’I’l :l、イ、ル
ギ−(Kcal/ rd ・hr) ’i測定−1茗、
ごとに、1、り行い5合ゎ・I!て次の4段階評価もイ
耳記した。
The moisture permeability and heat retention properties of the obtained laminate are shown in Table 1. Temperature 32℃
Under the conditions of ``Zermo Lab'' manufactured by Kato Meisakusho, Showa Denko 6-
−! Ii! ! ,'F,! /! lf #t-a;, m
Yori accumulation jM outside of the material \, release 'I'l: l, i, rugi (Kcal/rd ・hr) 'i measurement-1 茗,
Every time, 1, 5 go wa・I! I also noted the following 4-level evaluation.

o f呆7品牲か一非常乙1冒g1していイ】。        7        7                      7                            7 7.

0 保&11届71か」ス好であイ)。0 & 11 Notification 71?”

△ 保温(’4がやや劣で)。△ Heat retention ('4 is slightly inferior).

× 保温IJ1が小さい。× Heat retention IJ1 is small.

第1表 第1表で明らかなように1本発明の積層体Δ。Table 1 As is clear from Table 1, the laminate Δ of the present invention.

B、Cは比較例り、Eにt−を漣Q l、、保?2!t
 4!Iが優ねてI−ノリ、I力?’;J ’I!tも
良投了カ1′積屋iNてあ、で)。
B and C are comparative examples, and t- is added to E. Q l,, Ho? 2! t
4! I prevail, I-nori, I power? ';J 'I! T was also a good pitch.

実施例2 一ト記O)〜(1りのポリ?) 【・タン糸樹脂の各々
に平均粒i¥2fl、+imのアルミJ−・°ツム扮未
苓 1.0%添加し7゜軸式成膜IJSに31.4J3
Q/jm厚の7) イルlxを製造ジノζ。
Example 2 - (Poly of 1?) - (Poly of 1?) [・Average grain i¥2fl, +im of aluminum J-・°Tsum 扮美苓 1.0% added to each of the tan thread resins and 7° axis 31.4J3 for formula deposition IJS
7) Ilx of Q/jm thickness manufactured Zino ζ.

各ノイルノ、の+¥’; ’5.1度を第2表にボす。Write the +¥';'5.1 degree of each Noirno on Table 2.

ラックス4−ンIIX 67ε)A−&−(二1−イL
lと((庫)ヅ!・1υトリ【/タン系杉1Rh)  
 −■ラソ・クスキンLIX、、510 (−1:イ゛
l−イI15代(株V、−,J9 jlウレタン系樹脂
) −■CRISVON 800611V (、’、’
)(8本インキ噴)製ボリウレ勺1ン糸樹脂)    
  −■次Gこ撥水度1001通気度!1occ 7c
nI −secのナイl−zン仮I然加[−系50t+
/ 24fよりムろトリコノlヘハ−)編物を川、白し
、これと−1記フイルムとタト記処方2の接着剤梧≠を
用いて、グラヒア型状t、:二H1+分I妾着−1し7
め人口。
Lux 4-N IIX 67ε) A-&-(21-I L
l and ((warehouse)ㅅ!・1υtori [/Tan-based cedar 1Rh)
- ■ Laso Kuskin LIX,, 510 (-1: I゛l-ii I 15th generation (Stock V, -, J9 jl urethane resin) - ■ CRISVON 800611V (,','
) (8 ink jets) made of polyurethane (1 thread resin)
- ■Next G water repellency 1001 breathability! 1occ 7c
nI -sec's nI-zn provisional addition [-system 50t+
/ From 24f, white the knitted fabric, and using this, the film described in -1 and the adhesive of prescription 2, make a graphia pattern t: 2H1 + minute I concubine - 1 and 7
Me population.

処方2 CRIStlON /1010 (人L1本インキ化学
(+ff1l’、b但ノウ1、タン糸樹脂)     
100部CI)、l5VON C1218部 CIン1sVON ACCIl、 IIR2部I・ルエ
ン                        
  2o部− 得られた積lF1イ↑りそ]1ぞれ■パ(う・)・ウス
;1−ン1.I X67 Bを使用し、た(、(ハ)、
  G (うツクスキンllX−510を使用したもの
)及びH(CRISVON 8006HVを使用し7た
もの)さし人口。
Formulation 2 CRIStlON /1010 (person L1 ink chemistry (+ff1l', b but know 1, tan thread resin)
100 part CI), l5VON C1218 part CI in 1sVON ACCIl, IIR2 part I Ruen
2o part - Obtained product 1 F1 ↑ Riso] 1 each ■P(U・)・Us; 1-N1. I used I X67 B, (, (c),
G (using Utsukuskin IIX-510) and H (using CRISVON 8006HV).

本発明によ′A)(へ層材は +r、cに該当し、ト(
+、;1ぞの比較例であイ〕。
According to the present invention, the layer material corresponds to +r, c, and
This is a comparative example of +, ;1].

各積層材の透湿度技ひ、保温性を第2表に示す。Table 2 shows the moisture permeability and heat retention properties of each laminated material.

なお、透湿度及び保温P1.は実施例1と同様の方〆に
に−ご測定した。
In addition, moisture permeability and heat retention P1. was measured in the same manner as in Example 1.

第2表 9− 第2表で明らかな、lン)(、二本発明の+、i”、i
 l奮”r +A■パ、及びGは透/!I! f’l並
びに保温性が共に優相た積層)イてあり、スギー用j余
に適した素栂(=あった。
Table 2 9- Clear in Table 2, ln) (, 2 +, i”, i
+A■Pa, and G are transparent/!I!F'l and a laminated layer with excellent heat retention properties, and is suitable for cedar jackets.

特許出願人 ユニ子り株式会社 IO−Patent applicant: Unicoli Co., Ltd. IO-

Claims (1)

【特許請求の範囲】[Claims] (1)撥水性、通気性を有し、かつ伸縮性を有する布帛
の片面に、アルミニ・:ノム粉末を0.5%以ヒト含有
、かつ2000[/ m ・24hrs、IJ上の透湿
度を有する伸縮性ポリ・ニルタン系フィルムが接着され
てなることを特徴とする透湿性保温積層材。
(1) One side of a fabric that is water repellent, breathable, and stretchable contains aluminum powder at least 0.5%, and has a moisture permeability of 2000 [/m ・24 hrs, IJ]. 1. A moisture-permeable heat-retaining laminate material, characterized by being made by adhering a stretchable poly-nilthane film.
JP3512783A 1983-03-01 1983-03-01 Moisture-permeability heat-insulating laminated material Pending JPS59159338A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP3512783A JPS59159338A (en) 1983-03-01 1983-03-01 Moisture-permeability heat-insulating laminated material

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP3512783A JPS59159338A (en) 1983-03-01 1983-03-01 Moisture-permeability heat-insulating laminated material

Publications (1)

Publication Number Publication Date
JPS59159338A true JPS59159338A (en) 1984-09-08

Family

ID=12433265

Family Applications (1)

Application Number Title Priority Date Filing Date
JP3512783A Pending JPS59159338A (en) 1983-03-01 1983-03-01 Moisture-permeability heat-insulating laminated material

Country Status (1)

Country Link
JP (1) JPS59159338A (en)

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS60110440A (en) * 1983-11-21 1985-06-15 平岡織染株式会社 Non-air-permeable hygroscopic and moisture-dissipating waterproof sheet
US5487189A (en) * 1994-03-16 1996-01-30 Kimberly-Clark Corporation Coveralls having reduced seams and seamless shoulder construction and method of manufacture
US5509142A (en) * 1993-06-30 1996-04-23 Kimberly-Clark Corporation Raised arm coveralls
US5770529A (en) * 1995-04-28 1998-06-23 Kimberly-Clark Corporation Liquid-distribution garment
US6139675A (en) * 1993-12-22 2000-10-31 Kimberly-Clark Worldwide, Inc. Process of manufacturing a water-based adhesive bonded, solvent resistant protective laminate

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS60110440A (en) * 1983-11-21 1985-06-15 平岡織染株式会社 Non-air-permeable hygroscopic and moisture-dissipating waterproof sheet
JPS6255980B2 (en) * 1983-11-21 1987-11-24 Hiraoka Shokusen
US5509142A (en) * 1993-06-30 1996-04-23 Kimberly-Clark Corporation Raised arm coveralls
US6139675A (en) * 1993-12-22 2000-10-31 Kimberly-Clark Worldwide, Inc. Process of manufacturing a water-based adhesive bonded, solvent resistant protective laminate
US5487189A (en) * 1994-03-16 1996-01-30 Kimberly-Clark Corporation Coveralls having reduced seams and seamless shoulder construction and method of manufacture
US5770529A (en) * 1995-04-28 1998-06-23 Kimberly-Clark Corporation Liquid-distribution garment

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