JPS58134130A - Preparation of polyolefin foam - Google Patents

Preparation of polyolefin foam

Info

Publication number
JPS58134130A
JPS58134130A JP1657682A JP1657682A JPS58134130A JP S58134130 A JPS58134130 A JP S58134130A JP 1657682 A JP1657682 A JP 1657682A JP 1657682 A JP1657682 A JP 1657682A JP S58134130 A JPS58134130 A JP S58134130A
Authority
JP
Japan
Prior art keywords
butene
melt index
polyolefin
heat
random
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.)
Granted
Application number
JP1657682A
Other languages
Japanese (ja)
Other versions
JPS599571B2 (en
Inventor
Takeshi Funaki
船木 威志
Yutaka Yamaguchi
豊 山口
Atsuo Nakajima
中島 敦夫
Takao Sugawara
菅原 隆男
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.)
Resonac Corp
Original Assignee
Hitachi Chemical 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 Hitachi Chemical Co Ltd filed Critical Hitachi Chemical Co Ltd
Priority to JP1657682A priority Critical patent/JPS599571B2/en
Publication of JPS58134130A publication Critical patent/JPS58134130A/en
Publication of JPS599571B2 publication Critical patent/JPS599571B2/en
Expired legal-status Critical Current

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  • Manufacture Of Porous Articles, And Recovery And Treatment Of Waste Products (AREA)

Abstract

PURPOSE:To obtain the titled foam rich in shock-absorbing resilience, improved adhesive property and vacuum moldability, and useful for automotive interior trim materials, etc., by expanding a resin composition consisting of a specific plyporpylene-butene copolymer. CONSTITUTION:A resin composition, consisting of 95-35wt% polypropylene- butene copolymer with 1-20% butene having 0.1-10 melt index and 5-65wt% polyethylene, etc., and containing a thermal decomposition type blowing agent, e.g. azodicarbonamide, a crosslinking agent, e.g. 2,5-dimethyl-2,5-di-(tertbutylperoxy)hexyne-3, etc. is molded and then expanded in an atmosphere at a high temperature.

Description

【発明の詳細な説明】 本発明a耐熱性の浚nた呆慟化ポリオレ2イン@BM発
泡体の袈”遣方法に係り、史に静しくa熱分解型開X#
J’に混入した結晶性ポリオレフィン@脂倉生体とする
9IiBVIIllEL成り會−一雰囲気甲で発泡せし
め、尚発泡の架償化ボリオレ2イン@脂発喝体を侍る1
駈において、結晶性ポリオレ2インg#I312%ブテ
ンを1半1〜20%、メルトインデックス(Ml)かL
L1〜10でりるブテンを有第1〜20%のプロピレン
−ブテン共に酋坏でめることt−籍値とするボリオレ2
イン@ag兜泡体の装道方法に関する。
DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method for using a heat-resistant, dry-treated polyolefin 2-in@BM foam, which has been quietly developed into a pyrolytic type
Crystalline polyolefin mixed in J' @ 9Ii BVIIll EL composition - Foamed in one atmosphere A, and foamed cross-linked BORIOLET 2 in @ fat extrusion body 1
At the bottom, add 1 and a half 1-20% of crystalline polyolefin 2-g #I 3 12% butene, melt index (Ml) or L
Boliole 2 in which the butene contained in L1 to 10 is combined with the 1st to 20% propylene and butene to give the t-value.
This invention relates to a method for installing in@ag helmet foam.

そ(/J目的とするところに従来8@N敗形が凶−とさ
nてい′fc酊熱性の*t″した結晶性ポリオシ2イン
@脂を尚飄に発泡石せ、しかt緩爾斧刀注圧紬りリーグ
性に冨み、ざら#IC,絨層性、A窒成形社かス巾に改
嵜さnた発泡体を侍んとすることVt−のる。
(/J) The conventional 8@N failure type is bad for the purpose, and the crystalline polyoxysilane 2-in@fat that is intoxicated is easily foamed, but it is not easy. Vt-Nori is made with a foam that has been modified to the width of the A-nitrogen molding company.

従来Lクボリオレフィン2オームを装造するに−して、
予め栗償反応にエクホリオレフィン@鮪の栢%性を発N
VC通した範囲に−節し、しかる(/Jち簡−雰囲気で
兜泡割t、か解せしめ、発生する方スを米憐ポリオレア
イン憾膓中に捕捉せしめて晃1体を侍ていた〇 低′tB度ホリエナレンkEE坏とする栄橘化ポリ万し
2インフオームに独XL気Nで熱伝尋単が小さく吸水゛
半も小さりIIT熱材として汎く便用さ扛ている。17
を来秋であるとい9点tポリスチレン尭慝体wT熱材や
硬買ワレタン兄N体−1熱材VCない臀柩を市j−る為
、劉えは水通官の諏結防止用株編wrIIPJ材、亀気
乍賦犀やクー2−〇株1wT熱材、谷捕セ/トラルヒー
ティングq)尚編媒坏用バイ1の卿11として直用さ扛
ている0さらにMk雁のしなやかざ、我IIO美鳩注、
−匈郷力社t4す用して単輛内茨材としての用途も拡が
り□ 9′りる°、、・i しかしこの工うに浚rL1に間発市体も使用可能なm[
Hぜいぜい100℃で必り、負時間の耐久狂に:4え扛
Qよ80℃か威稈でφる0しかゐに絨近でCコヒートボ
ング型のエアコンfイシ璽す−に牟らjLる工9Vこ1
10℃〜130℃に耐える工うな11′r熱材が賛求さ
nる工うになった〇ざらに阜棉内談材としては表Il[
l頻度同上の為、h8SmsaシートとJII!i9甘
わせた恢、真窒成形して6次元形状とし、クラッシュパ
ッドqノエ91フロントガラスを通して直射日5tが白
たる物坊、即’bllo’c〜120℃に耐え、来秋で
酸9iJ1.I41力性か偵なわnlいLうな用途に適
用すりことが資X6扛る工9VCなった〇 こq)ような^mk用途に適用でさる架憤化ホリオレフ
ィンフォームとして、^密度ホリエナレン@H肩やグロ
ビレンーエテレンランダム共ム曾体@−qノエうな帖晶
性粥Bぽτ王坏と了ゐ尚%1捧がめる。こ、の%Qノa
とくに単−内鉄材としてABS411Mシートと貼り曾
わせる時に非冨1c懐71!Iがしに<<1−澱膚刑塗
布恢かな9の尚−で:・・1 クミネートさぜね・、はならない。
Conventionally, when mounting the L cube olefin 2 ohm,
In advance, exfoliolefin @ generates tuna’s chestnut % property for chestnut compensation reaction.
I was in the range of the VC, scolded (/J Chikan), and I was able to understand the atmosphere, and I was able to capture the generation in the meiren polyoleain, and I was attending to Akira. In addition to the low tB degree Holienalene KEE-based Eikika Polymer 2 Inform, German XL-N has low heat conductivity and water absorption of less than half, making it widely useful as an IIT heat material.17
It is said that next autumn will be 9 points T polystyrene body wT heat material and hard-purchasing Waretan brother N body-1 heat material VC no butt coffin in the market, so Liu E is a water official's stock for sedation prevention. Edited wrIIPJ material, Kamiki 乍賦犀 and Ku 2-〇 stock 1wT heat material, Tanikuse/Tral heating q) It is also used directly as the Lord 11 of Bai 1 for the editing medium. Shinaya Kaza, IIO Mihato Note,
-The use of thorn material in a single car is also expanding by using t4. However, intermittent city bodies can also be used for this work.
H is always at 100 degrees Celsius, and it becomes a negative time endurance madness: 4, Q is 80 degrees Celsius or φ is very close to 0, and C is a coheat bong type air conditioner. rajLruko9Vko1
Heat materials that can withstand temperatures of 10°C to 130°C have been gaining popularity.
l Frequency is same as above, h8Smsa sheet and JII! The i9 was made into a 6-dimensional shape by molding with true nitrogen, and 5 tons of direct sunlight passed through the crash pad Q Noe 91 windshield, and it withstood temperatures of 'blo'c to 120°C, and next fall, it would be made into an acid 9iJ1. I41 Applied to mechanical applications such as 9VC, it is applied to mk applications such as densities of polyolefin foam, and density polyolefin @H. Shoulder and globilene-eteren random joint body @ - q Noe Unacho crystalline porridge B po τ 王坏 and Ryoi Nao% 1 dedicated. %Qnoa of this
Especially when pasted with ABS411M sheet as a single inner iron material, it is not rich 1c pocket 71! I need to apply << 1 - 9 of 9, which is similar to the application of starch.

17ca年は複雑で陳い3次元形状yc臭全敗形丁ゐと
いう用込もり9、プロピレンーエナレンを生体と丁/b
祐削坏ばこ扛尋資求に6疋ら社な214つだ。
In 17ca, the complicated three-dimensional shape yc odor was completely defeated.
There are 214 companies that have 6 people to ask for funds.

lたとくにツロビレンーエテレンランダム共jiLi5
゛捧@BMk土捧とする架倫化^殆抱フオームは圧動ク
リ−1瞥注が恐く、配管断熱材として狭い免閥に押し込
んだり、栽いねバンドで細めつけて釣り下げ7′cv−
rb工うな一台、晦面とと%VCそ(/J内厚か楓9、
耐熱・曲を有しく低下させることがめっ1ζoGらに皐
柿市内款拐としてクラッンユパッドの工9な、上に物を
鉦くLうな*I′9rfc通用する一6′、艮時間智k
kいた時、そq)’ff1llillj−かついて元へ
法りr、入笈見台しく、てQJ出細クり−ク性の収音か
殊(皇1nていた。
In particular, jiLi5 with tulobilene and eterene random.
゛Dedication @ BMk soil offering ^^ Most of the holding form is a pressure-motion crevice.It is scary to glance at it, so it is pushed into a narrow gap as a piping insulation material, or it is narrowed with a planting band and hung 7'cv-
One RB engineer, Atsumen and %VC so (/J Uchi Atsuka Kaede 9,
It has heat resistance and bending, and it is difficult to reduce the heat resistance and bending.
When I was there, I went back to my hometown, and there was a sound pickup with a QJ output.

本祐明μ上記向組点に鑑みなさtたもので、′t(/J
賛旨σ熱分屏型晃旭剤を宮む結晶性ホリオレフィン餉廁
C生体とする側刀1組戟物を尚編券囲気申で%旭ぜしめ
て一発〜倍年の朱慟化ポリオレアイン側脂晃N俸を侍る
力紙において、結晶性ホリオレフィン餉細かメルトイン
デックス(Ml)かL1〜10でりるラテンF肩単1〜
20%の10ビレン−フ゛テア入AIL合体で1111
ゐこと1r臀似とするホリオレ2インg#脂祐N俸の殺
#LyJ法にりる0健米の鮎晶注ホリオレフイン側脂朱
倫化鍋宛心体の灸次倉株付し、δらにその欠点でbつ7
′c接盾性、圧動クリープ牡、^全敗形性を者しりr3
L音する%(/)でめる・本発明qノグロビレンーブチ
ン共ム台坏は立体規則性血合触媒の存在下でプロピレン
とブテンを一足の比54″′c7IL+えて共ムせさせ
ゐ0共皿台葛せる時にでさるたけランダム共重合させる
ことがm景で、ブロックBcJに共菖台すると部側の融
点かアンバランスとなって朱411[i発泡しにくくな
る0 示差走置pPJm耐(DSC)”t:判断するとプロピ
レン−ブテンランタム共ム体に130〜140℃を頂点
として100℃付肛から160℃付近の一度軛htcη
・汀てなたらかな丁そ忙ひくピークかめられn/b◎こ
のピークか訳(、ピーク龜[範囲が狭く、またピークか
2つに分かjLるような一台はブロック的な共産Vが赳
こ9.結晶性が大さくなっていると441−[賂tL1
こQノエうな暑せ、朱憫兄reaシvc<くなる0示走
走食熱菖!rt(IJナヤートでに融解熱iと七のl個
から融屏丁ゐ−i軛ht知るCとがでさ、狭い繊腋軛−
にめられnる貌いヒータはと急故なs1肩をボし、帖泡
ρ1困銀でめる。
In view of the above-mentioned set point, Yuaki Moto't(/J
A crystalline polyolefin with a heat dissipating type and an asahi agent is used as a living body, and a set of side swords are made with % Asahi and a single shot to twice the age of vermilion polyolefin side fat. In the paper that serves Akira N, crystalline olefin fine melt index (Ml) or Latin F shoulder single 1 ~ with L1 ~ 10.
1111 with 20% 10 birene-phytear AIL combination
ゐThis is 1r buttock resemblance Horiole 2 Ing# Fat Yu N's death #LyJ method 0 Kenmai Ayu crystal note Horiole in side Fat Zhu Lunhua pot to mind body moxibustion Jigura stock, Due to its shortcomings, δ et al.
'c shieldability, pressure creep male, ^ I know the complete defeat form r3
The noglobilene-butin combination of the present invention is made by combining propylene and butene at a ratio of 54'''c7IL+ in the presence of a stereoregular blood combination catalyst. The idea is to randomly copolymerize Sarutake when copolymerizing the block BcJ, and if it is copolymerized with the block BcJ, the melting point on the part side will be unbalanced, making it difficult to foam.0 Differential scanning pPJm Resistance (DSC) t: Judging from the peak temperature of 130 to 140°C, the propylene-butene lantam complex is yoke once from 100°C to around 160°C.
・A busy peak can be seen at the peak n/b 9. If the crystallinity is large, 441-[tL1
This Q Noe is so hot, Zhu Hui's rea si vc is so hot! rt (In IJ Nayat, from the heat of fusion I and seven l pieces, there is a fusion screen ゐ-i yoke ht C, and a narrow fiber axillary yoke-
Heata, who looks like he's being glared at, suddenly throws S1's shoulder and ends up in trouble.

−A泳vcl&11点付庫での10C対して積置の変化
を児ると70ヒレン−ブテンランダム共厘曾俸は栢藏涙
化かゆるやかi#c;zり、促米から祐へか容易な憫胎
として矧らnるは誼度ホリエチレン</J(”rLに近
ういている0−叡に発泡に志する倒胎ム発m−匿何紙で
の枯匿弾社年^化がゆるやvh7x:hが兜庖作来か容
易でめることから、ノロピレン−1テンランダム共に8
体に発泡作業か容易でのると推察できる。
- When changing the storage for 10C in the A swimming VCL & 11 point storage, 70 helen-butene random co-loading is easy to change from heat to light. As a pity, Hagira and others are so angry that they are close to rL. Gayuruya vh7x: Since h is easily determined by Kabuto Sakukaku, Noropyrene-1 Tenrandom is 8.
It can be inferred that the foaming process is easy to apply to the body.

フロヒレンーンテンフンダム共Jk’ct%に工、p朱
檎化鍋祐剤坏を侍るにeゴめる乾囲の性賞を付っ7c@
廁でのみ通酋する0、即ちブテン含有塾1〜20%、メ
ルトインデックスMl(230℃10分ASTM1)1
238)か[L1〜10の偽庸ttDΦ。ブナ7百市輌
が1%木(−でりるとグロビレンホモホリマーに近くな
り艮灯1帖市が国豫になる0メルトインデックスMID
(11L9低いと成形が困もと71v、1oxr)大き
いと発?′t11俸が壜絖気旭化してカス仏汀収帷ケ厩
C丁0 本発明V(よる7−ロビレンープテンランダム共kff
f+にエフ表=attた米慣化尚祐泡坏a促米の7″ロ
ビレンーエテレンランタム共k’61+VC−Lり親埴
ちn7c兜剤体りり依層社yt搬31いる0劉えは自動
車川内装材用途&Ck用δnるq5mm浮与qノホリ楓
化ヒニルーABSシートrc撤肩坤」ヒm4]tz、乾
脈させてカロ熱出膚を行なって恢盾を何なってい/)が
、〃口熱自に會ゴ170〜180−にrtD/)。ツロ
ヒレンープナンランダム共NLせ坏では加熱−廣ρ11
40℃を光分である。
Frohilenntenhundam and Jk'ct% work, p Zhu ka nabe Yujikian to attend e gomeru kenkai's sex award 7c@
0, that is, butene content 1-20%, melt index Ml (230℃ 10 minutes ASTM 1) 1
238) or [L1-10 falsehoodttDΦ. Beech 700 city is 1% wood (-, it becomes close to globylene homoholimer, and 1 book city becomes country) 0 melt index MID
(If 11L9 is low, molding will be difficult 71v, 1oxr) Will it occur if it is too large? 't11 salary turned into a bottle, and the garbage was collected.
F table = att to f + rice customization Shosuke foaming a promotion rice's 7'' Robiren-Eterenrantum k'61 + VC-L Rishinbori n7c Kabutoya body Riri layer company yt carrier 31 is 0 Liu Eha, for automobile interior materials & Ck δnruq5mm floating q nohori mapped hiniru ABS sheet rc removal shoulder kon'him4] tz, what are you doing with dry pulse and skin fever?/) However, the meeting was 170-180 rtD/). Tsurohiren-Punan Random NL Seiwa Heating-Hiroρ11
40°C is a light minute.

”f′fc槓膚体の、j4c全、地形性tは本発明qノ
グロビレンーブテンシンタ1ム、、・、共kft体MC
工V)製輩石iした架悔化尚兄泡坏に従来qノグロビレ
ンーエテレンランダムへMせ坏により表道さjしたそn
工9aるかVC装3ていた0ガえは真仝成形臥組VCお
いて100mn1X1(jOmIIIQJ’alr(M
Jk’Nつ長さ任意q」aτ立てた臭を型で真仝戟形を
竹なった時。
``f'fc dermal body, j4c total, topographical t is the present invention q noglobilene-buten syntam..., both kft body MC
Engineering V) I went to Omotesando by making M to the old man who repented and regretted making a stone.
Work 9a or VC equipment 3 0gae is a true molded VC set 100mn1X1 (jOmIIIQJ'alr(M
Jk'N length arbitrary q'aτ When the odor is made into a bamboo shape with a mold.

(AE米QJ70ヒレン一エテレンランタムux台体2
オームでrJ成成形口悪感社の簡さに50市でめるか、
本兄明σノグロビレンープテンランダム共J111曾捧
フオームでは100〜150鴎と大巾VC同上すること
かわ〃為−)7’Cu ま几円装置として産資l注買℃りる刀l熱時のlth細
クリりノ性は本発明の10ヒレンーブテンラ/ター・A
へ里#庫フオームに従来の10ヒレン−エテレンランダ
ムバ崖台体2ォームエク僅か11tでいる性展でめった
0しかし本発明のグロビレンープナンラ/ダム共皇酋捧
にメルトインデックスMl(190℃10分AS’l”
MDI238)かは1〜10のポリエテレンt−5〜6
5JL11%混甘了るとIIF]熱性、^窒取形性等(
/J@社t−低下させること7’l<、圧相クリープ性
が同上するCとがわかつ7CoC(/J休に良好な物性
に’+するな出としてグロビレ/−ブテンランダム入ム
Vs+rJフロピレン−エチレンランダム共ムせ捧V(
比べてブテン(D尋人1c↓v1依盾社が瑣人するCと
、ブテンを弁してポリエテレンとの相容性か壇し、@軸
の浴融時にνtブる加力。
(AE U.S. QJ70 Hirenichi Eterenrantum UX base 2
With ohm, can you get it in 50 cities due to the ease of rJ molding mouth disgusting company?
My brother Akira no globulin loop ten random joint J111 Zeng dedication form is 100 to 150 seaweed and large VC same as above. The lth fine line property at the time of heat is 10% of the present invention.
The conventional 10 Hiren-Eteren random bar cliff body 2 form excursion is only 11 tons in Heli#Ko form. However, the melt index Ml (190 ℃10 minutes AS'l"
MDI238) or 1-10 polyethylene t-5-6
5JL 11% mixture, IIF] fever, ^Nitori formability, etc. (
/J@sha t- lowering 7'l<, pressure phase creep property is the same as above, C and 7CoC (/J@globile/-butene random addition Vs+rJ fluoropylene to avoid good physical properties. - Ethylene random combination V (
In comparison, butene (D Hiroto 1c ↓ v1 Idansha's C), butene is used to discuss its compatibility with polyethylene, and when the @ axis is melted, νt is applied.

伸びか大巾に向上すること−にLv1発泡時に叡象する
気泡が減少して、2オームqノ評刀吐、圧動クリ−1性
か1〜上し、2オニムとABSシートの積層体の臭免偶
形注を同上了ゐも(/Jと志わn6oざらに力1熱候7
Il狩の龜征か低下゛fることtフオームの9!3組劣
化か少なくなるので上−1實t1〜上する原因にもなる
The elongation is greatly improved, the bubbles that occur during Lv1 foaming are reduced, the 2 ohm Q rating is 2 ohms, the pressure resistance is 1 to 1 or more, and the laminate of 2 Onim and ABS sheets is improved. I also finished the same note as the odor-men figure (/J and intended n6o Zara ni power 1 heat weather 7
It is also the cause of the 9!3 group deterioration of the t form that decreases in the strength of the hunt, which causes the t1 to rise.

本発明の第2項目の均尿となるポリエテレンは比ム[1
92〜LL96の低′&s度から屹比廣と−わ扛るポリ
エテレンで2t)り、メルトインデックスL1.1〜1
0、灯lしくに本発明qノフーロヒレンーツテンランダ
ム共M台体のメルトインテックスMlニジX@い憫加が
殖ましいOMIがより大さい力か4f+各社が増して2
オームの表面社。
The second item of the present invention, the polyethylene that becomes a urine homogenizer, has a ratio of [1
92 ~ LL 96 from low '&s degree to 2t) with polyethylene, melt index L1.1 ~ 1
0.In particular, the present invention q nofluorophores ten random and M body melt intex Ml niji
Ohm surface company.

気?11i11J拘−似帷性が同上丁心からである0’
l’fCmhWIJ台!/’J70ピレン−1テンラン
ダム共1曾坏側層に対して5〜65崖ム%ρ12オ−ム
の耐熱性、真g!成形注t−恋化させることなく圧−ク
リーク性が同上する軛咄であるか、賊を好IL(rI3
0〜50崖童%でめる◎本祐明にνW′Tる10ピレン
−ブテンランダムへム曾体qノブテン百M4Aに祢外奴
朕スペクトルにエフ容易に仰ることができる0即ちプロ
ピレンに起因するajtX9Z4cn+−1付近、ブテ
ンrcs囚する吸収77Qca+−’付肛に1クベース
ラインIOμ時性吸収にLるベースラインの、1は試料
のn*4K)としてit昇L、吸光度のzr(r×10
0物)が求められる。
air? 11i11J - Similarity is 0'
l'fCmhWIJ stand! /' J70 Pyrene-1 Ten Random 5-65% ρ12 ohm heat resistance for the 1-layer side layer, true g! Molding Note - Pressure without falling in love - Is it a yoke that does the same thing as above?
Determined by 0 to 50%. ajt 10
0 object) is required.

本発明の乗−化一開削体の装造方法について記述する。A method for assembling a square cut body of the present invention will be described.

本発明のプロピレン−ブテンランダム共産曾体に御熱分
解:N発尼剰お工ひ刀口熱に19ラジカルを発止する゛
□:東41111M#1ひ必景に応じて来−g*1Jl
r虎甘し、朱慣せ2工ひ発泡剤か分層しない一度で成形
管となし、久−でこの発泡性&形智t^−雰鞠気Fに移
し、乗慟剤21び1ja帛割を分所ゼしめ朱−化尚発庖
庫とすることができる・ 1次他の7j法においては上記発出性成形1にβfIM
−γ−1α練、中性子−,X味などの鴫嘔注放射−を照
射し、未慎傅埴倉碑人したのち尚−裏一気下で発泡する
こともでき心・ さらに本発明qノグロビレンーブテンランダム入M曾体
にビニルトリメト千ジシランなトリノビ′ニルシランに
、II!−化物と7ともにIs9込み、グラフト化して
、架憐性の傭紹に成敗したUb%兜心することもできる
〇 本発明qノ製壇に用いらnる上記の架慣創としてas例
えばジクミルバーオキプイド、ジーt−プテルバーオキ
サイド、t−ブチルクミルパーオキサイド、’1.3−
ビス(t−ブテルバーオキシイリグロビ、ル)ベンゼン
、2.5−ジメチル−2+5=’)(t”7.、z、p
<−オヤッ、へやケア。
The propylene-butene random coexistence of the present invention is thermally decomposed: N-propylene is used to generate 19 radicals in the mouth.
R Tora Amashi, red acclimate 2 processes, do not separate the foaming agent, make it into a molded tube at once, and then transfer this foaming property and shape knowledge t^-atmosphere Qi F, and make a 21 and 1 ja fabric. In the other 7j method, βfIM is added to the above-mentioned emissive molding 1.
After irradiating with -γ-1α, neutron, X-flavored radiation, etc., it can be foamed under the same pressure. II! To trinovinylsilane, which is vinyltrimethothodisilane in M-containing random butene, II! - It is also possible to graft Is9 along with the monster and 7, and use it as an example of the above-mentioned construction used in the production of the present invention. Milver oxide, G-t-pterver oxide, t-butylcumyl peroxide, '1.3-
Bis(t-buteroxyyliglobinyl)benzene, 2,5-dimethyl-2+5=')(t"7., z, p
<-Oya, care for your health.

2.5−ジメチル−2,5−ジ(t−ブチルパーオキシ
)ヘキシン−6、ジ−t−アミルパーオキサイド、ジイ
ソクロビルベンゼンヒドロパーオキサイドなどを率―又
a混合して用いる。
2.5-dimethyl-2,5-di(t-butylperoxy)hexyne-6, di-t-amyl peroxide, diisocrobylbenzene hydroperoxide, etc. are used in a mixed ratio.

4発明QノR怠において朱橋剤とともに必資に応じて加
えらrL4未慎助剤としてIfft’リアクリルホルマ
ール、lメチロール7Glハントリアクリレー十寺のア
クリレート糸、トリエチレングリコールジメタアクリレ
ート、テトラエチレングリコールジメタアクリレート寺
のメタアクリレート糸、ジアクリル2タレ一ト、トリア
リルイソ7アヌレート、トリアリルシアヌレート婦のア
リル糸、ジビニルベンゼン寺のビニル系以上の工9な多
官能モノマー、その他マレイミド糸、1.2ポリプタジ
エ/、キノンジオキシム禾令早独又uctLら2檀以上
の混せ智でるってもよい。
4 Inventive QNOR failure, along with vermilion bridging agents, rL4 additives are added as necessary: Ifft'reacryl formal, l Methylol 7Gl hunt triacrylate Judera's acrylate thread, triethylene glycol dimethacrylate, tetra Ethylene glycol dimethacrylate methacrylate yarn, diacrylic 2 thale, triallyl iso 7 anurate, triallyl cyanurate allylic yarn, divinylbenzene 9 polyfunctional monomer with more than vinyl type, other maleimide yarn, 1 .2 polyptadiene/quinonedioxime, uctL, etc. may be a mixture of two or more.

4発泡体の#!造に用いらiLる熱分層型発心剤とに/
Jlifllして分解ガス化する化合物でらり、具体的
にrxyuえばアゾジカルボンアミド、ベンゼンスルホ
ニルヒドラジド、ジニトロリペンタメチレンテトラミン
、シアiノベンゼン、アゾビスイノプテロニトリル、ト
ルエンスルホニルヒト2シト、4.4’−オキシビス(
ベンゼンスルホ0ニルヒドラジド)などがめり、こnt
−早独でlたに混合して用いる。
4 # of foam! Thermal layer type starter used for construction/
Compounds that are decomposed and gasified by decomposition include azodicarbonamide, benzenesulfonyl hydrazide, dinitrolipentamethylenetetramine, cyanobenzene, azobisinopteronitrile, toluenesulfonyl hydroxide, 4.4 '-oxybis(
Benzene sulfonyl hydrazide) etc., this nt
-In early Germany, it is mixed and used.

木兄tit″兼施するに当たってqJ本%明情朋組戟す
に改良11−目的として他qノ慎加を混合して筐用して
も避しつかえない。混合に便用避nる側腹としては例え
はアイソタッグポリ10ピレン。
It is unavoidable to mix and use other Q no Shinka for the purpose of q J book % Ming Jyoho Kumi Geki Sui Kaizen 11- when using Kiyo Tit'' at the same time. An example of the belly is isotag poly-10 pyrene.

アタクチックボリア“ロビレ/、グロビレンーエチレン
ランダム共皿酋渾、エテレ/X舎コ10ピレンー師戚ビ
ニル共ム廿捧、エチレン又Vゴグロビレンー壜化ビニル
共ムせ俸、エチレン−ブテン共夏曾坏、エチレン又はク
ロピレン−スチレン共j[せ体、エチレン又σグロビレ
ンーアクリル歇エステルへムせ体、EPDM、ポリブタ
ジェン、ポリ1テン、堰累化ポリエチレン、埴本化ホ9
10ピレン寺がめる。
Atactic Boria "Robile", Globilene - Ethylene random combination, Etele / Kyo, ethylene or clopylene-styrene coj [body], ethylene or σ globylene-acrylic ester hembody, EPDM, polybutadiene, poly-1-ten, weir-formed polyethylene, Hanimoto 9
10 Piren Temple.

1几グロビレン一ブテンランダム共ム甘体偽庸中に熱安
屋刑抗酸化剤、紫外線奴収割、ム金編不活性化創、1l
lt剤、膚色創、蛍岨防止創寺tその目的に応じて臨J
Jlllシてtざしつかえない・以下央抛IFIIにも
とtき不発例を一明する。
1 liter globylene 1 butene random combination sweet body deception, heat yasuya punishment antioxidant, ultraviolet radiation absorption, mu gold edition inactivation wound, 1l
LT agents, skin-colored scars, prevention of fluorescing, etc. depending on the purpose.
Below, I will explain the failure cases based on IFII.

夾胤例1〜3J?jび比較・列1〜4 plLIr−ボ丁りうメルトインデックスM厘(2so
−cto号ASTM1)1258)プデンせ庸半(赤外
分元々戚針KL4亦外吸収スペクトルA77G/A97
4エクI′tJI)のプロピレン−ブテン2/ダム共鳳
貧捧めるいD7I2ビV7−xテレンランタ゛ム共ム酋
体(エチレンtM単ATa1/Ast4工9計J1)m
JIillooJ[瀘鄭に対して架橋剤2.5−ジメチ
ル2.5−ジー(1−ブチルパーオキシ)ヘキシy−5
2O2fL乗m助剤べ/クエリストールテトラアクリレ
ート115都2発泡割アゾジカルボンアミド15部。
Examples 1-3J? Compare Columns 1 to 4 plLIr-Bochori Melt Index
-cto No. ASTM1) 1258) Puden Seyanghan (infrared component originally related needle KL4 extra absorption spectrum A77G/A97
4 Ex I'tJI) Propylene-Butene 2/Dam combination D7I2 BiV7-x Terene lanthanum combination (Ethylene tM single ATa 1/Ast 4 engineering 9 total J1) m
JIilooJ
2O2fL power auxiliary agent/Querystol tetraacrylate 115 parts 2 foamed azodicarbonamide 15 parts.

フェノール糸抗敵化1@α5m’ft150℃の8イン
チロール″c萬練し7C(iJ%11町―匿で浮名6−
のシートにプレス成形し発N性成形豐とし7CO仄いで
こ(IJシートに250℃の乾諜慎内で発泡さぜ几0侍
ら1″した発N体の注買を表1にボ丁O衆1 υ接着I!緘:?しIン系麺層剤を一番俵礼燥さ(たa
3闘犀み0ABSシートと貼9会わせ可能な加熱−表 ZJL!l!fi1%l性:^空成形履にtoo膳*x
oo−の斬−r持り柱【立て真空成形しえ峙にしわが入
った)儀れな−で&拳で自る柱O′abさ碍加熱−圧縮
クリーメ性7110℃オー17中で1kg/−の#腺を
かけ1000時間経通ukO厚み保持率 茨1工9プロピレンーブテンランダム共電曾体で侍らt
Lfc7tニムは、グロビレンーエチレンランダム共I
ILせ゛−で侍らrLfc2オームよV加熱鑑層性、真
g!成形性に*nていることかわかる。またグロビレン
ーブテンラ/ダム共皇せ捧のうち、本帖明のm7(/J
^11,1f7KM牟tMTゐ4N膓か晃盾戚形かuJ
此でΦ9、加熱振膚江、A望戚形注、加一時圧紬クリー
プ性に優nていゐことがわかる。
Phenolic yarn resistance 1 @α5m'ft 150℃ 8-inch roll''c kneading 7C (iJ%11 town - Anonymous and Ukina 6-
Table 1 shows the order of the N-forming body which was press-molded into a sheet and made into an N-forming molded material. Mass 1 υAdhesion I!Tan:?Shin-based noodle layer agent is the most dry.
3.0 ABS sheet and 9. Heating that can be attached - table ZJL! l! Fi1%l property: ^Too set for empty molded shoes *x
OO- no Zan-R holding pillar (vacuum formed vertically with wrinkles on the face) Pillar O'ab made with ritual and fist Heated - Compressed creamy 7110℃ 1kg/in 17℃ - No. # of glands applied for 1000 hours ukO thickness retention rate thorns 1 process 9 propylene-butene random co-electrical body with samurai t
Lfc7t is a globylene-ethylene random co-I
In IL SE-, samurai rLfc2 ohm, V heating layer property, true g! It can be seen that the moldability is good. Also, among the Grobiren-Butenra/Dam co-empresses, Akira Honcho's m7 (/J
^11, 1f7KMmutMTゐ4N 膓 or Akiodan Rikata or uJ
It can be seen here that Φ9 is superior in heating, shaking, and A-pressing creep properties.

米瑚tP!4〜BJ?工び比軟Vす5.7メルトインデ
ツクスへ・ムI(230℃10分AbTML)+258
)5.ブテン宮M率(赤外分光kygiMLよる赤外a
収スペクトルATTO/A974J−!QtTIL)か
10%(/J70ピレンーブナ7ランダム共ム・汁体倒
廁に対し1,42に示すような@脂比皇メルトインデッ
クスMl(190℃10分ASTMD125B)′jk
4f−t;bホリエテレン@鹿を表2にホ丁1うな礒せ
比軍1ブレンドした倒加1(lOJifii都に対し、
架橋剤25ジメチル−Z5−ジ(t−フテルノ(−オキ
シヘキサン)1,5鄭朱橘助創キノンジオキシムu5t
lp、フェノール系抗酸化1@11都1発泡4J77’
ジカルボンアミド15廊(/Jf!t@ikl>11’
t”/<ンバリーミキサー155℃で混練し1次にカレ
ンメ′−ロールで浮み2IllIのシート状に成形し7
t。
BeigotP! 4~BJ? Work ratio Soft V 5.7 Melt index I (AbTML for 10 minutes at 230°C) +258
)5. Butene M ratio (infrared a by infrared spectroscopy kygiML)
Collection spectrum ATTO/A974J-! QtTIL) or 10% (/J70 Pyren-Buna 7 Random Column/Soup Body Destruction as shown in 1,42 @Kihiko Melt Index Ml (190°C 10 minutes ASTM D125B)'jk
4f-t;b Horie Teren @ Shika in Table 2, 1 Hocho 1 Una Isose Higun 1 blended (1 for lOJifii Miyako,
Crosslinking agent 25 dimethyl-Z5-di(t-phterno(-oxyhexane) 1,5 Zheng Zhu Tian Sushuo quinone dioxime u5t
lp, phenolic antioxidant 1@11to1 foaming 4J77'
Dicarbonamide Gallery 15 (/Jf!t@ikl>11'
Knead the mixture at 155°C with a mixer and then form it into a sheet with a float of 2IllI using a Karenme' roll.7
t.

C(1)%1のを250℃の加熱トンネルを通過させる
と、七nそrt機2に示す4!1!旺を待った独立気泡
の狭圓央薦な尚発泡シートを侍た・この%、(/Jt−
嵌膚面にウレタン糸候増剤II−皇布裟乾燥さぞ*0.
3關厚手のABSシートとq)〃Il熱巌膚試頴。
When C(1)%1 is passed through a heating tunnel at 250°C, 4!1! I was waiting for the closed cell foam sheet that was recommended by the narrow circle, and this%, (/Jt-
Urethane thread increase agent II on the skin surface - Kofu drying *0.
3) Thick ABS sheet and heat skin test.

臭空敢形誠K100X100騙の鮒圓を持つ良′2!任
意の8:t−立て真空成形し比時のしわ、破nの有無を
朔−して臭突成形口」症な柱の長延を求めるA璧取形K
M、さらに110℃オープン中で1kg/lrの佑ムt
かけ1000時間経通後の厚み保持率を累める刀口熱圧
紬り・リーグ試験に供し7’CoM朱tFe2VC示す
0 表2 衣2よりグロヒレンープテンランダム共産曾4(sl1
=5ブテン10%)にブレンドさ扛たポリエチレン9#
庸に工V侍らt″した発N体のうち本発明の範囲VJ混
曾率で、本発明の軛曲のMlt市′丁クホりエテレイ’
2ブレンドして侍ら扛た、1111 元副体か、接4繊−1・A突成形性、刀ロ熱時圧栂りリ
ー1注Jノ各項目において浚Iしていることがわか/@
)Q恥らに衣1の実施11J1〜5におけるプロピレン
−ブテンランダム共ム曾坏のみで得らtLfc軸r13
1棒との比較において、嵌2の央り例4〜8で侍らnf
C発泡体は接層温度、真空成形性ははぼ同等pc’4b
かかわらず、〃■熱暗圧紬クリープ性か大巾に刈上して
いることかわかる0手続補正書(自発) 昭和67年6月1.8 1、事件の表ボ 昭和57年特許順第16576号 2・発明の名称 ポリオ発出イン発市体のM選方法 5・補正をする者 4・代理人 (別紙) %f1!fi**v範囲 1、熱分1sfNi@泡剤を混入した幀晶性ボリオレ2
イン樹脂を生体とする倒腫組成智t^−雰囲気中で発泡
せしめ、^発泡υ架傭化ポリオレ2イン#庸発泡体1t
4る77法rcおいて、細品性ポリオレ2イン衛脂がメ
ルトインデックス(Ml)かα1〜10であるブテン含
M率1〜20%QL20ピレン−7°テン共重曾体でめ
ることt特赦とするボリオレ2イン樹脂発1体(LJ&
I造方法02、#晶江ボリオレ2イン倒繍を生体とする
樹脂組成物が前置y1ピレンー1テン共1台庫95〜s
5ム一%、メルトインデックス(Ml)がα1〜10で
あるポリエチレン5〜65fi1%V混甘智でめる豐計
請求υ軸囲第1項記戦のポリオレアイン街脂発泡体υ表
造方法・
Ryo'2 with the funaen of the smell and the sky and the shape of the Makoto K100X100 deception! Arbitrary 8: T-vertical vacuum forming, checking for wrinkles and cracks, and finding the length of the column with a stinky molding hole.
M, and 1 kg/lr of Yumu t in 110℃ open
7'CoM Vermilion Fe2VC was subjected to the sword mouth heat pressure pongee-league test to accumulate the thickness retention rate after 1000 hours of hanging.
Polyethylene 9# blended with = 5 butene 10%)
Among the generators that have normally been used in engineering, in the scope of the present invention VJ mixing ratio, the MLT city of the yoke of the present invention 'Dingkuhori eterei'
2 blended and used by samurai, 1111 original adjuvant body, joint 4 fibers - 1, A projection formability, sword heat pressure torsion 1 note J It is found that each item is dredged / @
) tLfc axis r13 obtained only with the propylene-butene random combination Zeng Jian in implementation 11J1-5 of Q shameless clothing 1
In comparison with 1 stick, Samurai et al.
C foam has almost the same contact temperature and vacuum formability as pc'4b.
Regardless, 〃■ Heat and Dark Pressure Tsumugi 0 Procedural Amendment (Voluntary) that shows whether it has creep property or large-scale cutting. June 1, 1981. 16576 No. 2. Name of the invention. Method of selecting M for polio-initiated municipal bodies. 5. Person making amendments 4. Agent (attached sheet) %f1! fi**v range 1, heat content 1sfNi @ crystalline Borioles mixed with foaming agent 2
Inverted composition knowledge using ink resin as a living body t^- Foaming in atmosphere, ^^ Foaming υ mercenized polyole 2 in #Yen foam 1 t
In the 4-77 method rc, the fine quality polyolefin resin has a melt index (Ml) of α1 to 10 and a butene content of 1 to 20%, QL20 pyrene-7° thene copolymer. One body made of Boliole 2-in resin (LJ&
I construction method 02, #Akie Boliole 2-in inverted resin composition is prefixed with y1 pyrene-1 ten and 1 unit storage 95~s
5-65 fi 1% polyethylene with a melt index (Ml) of α1-10

Claims (1)

【特許請求の範囲】 1、熱分解m宛N剤t−2i6人した幀晶注ボリオレ2
イン憫Sa*生体とする憫脂組戟切會尚娼雰曲気申で祐
旭ぜしり、^発泡qノ釆倫化ポリオレフィン側HH@帛
体を侍る力紙において、帖+[Eボリオレ2イン倒層か
メルトインデックス(MIJが8.1〜10でめるブテ
ンを有事1〜20%qノボリフ゛ロヒレン−ブテン共J
l[合体でるることt籍値とするポリオレン′イン粥h
η発/IIl捧q)装造方法◎ 2、M晶社ポリオレフィン@Jllfを生体とする掬庸
m敗g!Jか一ηにボリア゛ロビレンープテン共菖曾不
95〜65m重%、メルトインデックス(Ml)かa1
〜10でめるポリエチレン5〜65ム蓋%の混曾切であ
る臀肝請求の範囲a141JAad@QJホリオレフィ
ン稠庸発泡体の装造方法。
[Claims] 1. Pyrolysis m to N agent t-2i 6-person crystal injection Boliole 2
In Sa* living body, Yukuri Zeshiri is in the mood of the relationship between the body and the body, and in the power paper that attends the foaming q-no-container polyolefin side HH @ fabric, the chapter + [E Boriore 2 If the inversion layer melt index (MIJ is 8.1~10 butene is 1~20%q)
l[Polyolene'in porridge with coalescing value as t value
η departure / IIl dedication q) Assembly method ◎ 2. M-shosha polyolefin @ Jllf as a living body! 95-65 mwt% of boriya robylene polymer in J or η, melt index (Ml) or a1
A method for making a polyolefin viscous foam, which is a mixture of 5% to 65% polyethylene in ~10%.
JP1657682A 1982-02-03 1982-02-03 Method for producing polyolefin foam Expired JPS599571B2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP1657682A JPS599571B2 (en) 1982-02-03 1982-02-03 Method for producing polyolefin foam

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP1657682A JPS599571B2 (en) 1982-02-03 1982-02-03 Method for producing polyolefin foam

Publications (2)

Publication Number Publication Date
JPS58134130A true JPS58134130A (en) 1983-08-10
JPS599571B2 JPS599571B2 (en) 1984-03-03

Family

ID=11920113

Family Applications (1)

Application Number Title Priority Date Filing Date
JP1657682A Expired JPS599571B2 (en) 1982-02-03 1982-02-03 Method for producing polyolefin foam

Country Status (1)

Country Link
JP (1) JPS599571B2 (en)

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5975929A (en) * 1982-10-25 1984-04-28 Sekisui Chem Co Ltd Production of polyolefin foam
JPS59215329A (en) * 1983-05-20 1984-12-05 Sekisui Chem Co Ltd Crosslinked synthetic resin foam
JPS6065007A (en) * 1983-09-21 1985-04-13 Chisso Corp Crosslinkable/expandable propylene/butene copolymer
WO2005113655A1 (en) * 2004-05-21 2005-12-01 Benecke-Kaliko Ag Plastic foam material and use thereof

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5975929A (en) * 1982-10-25 1984-04-28 Sekisui Chem Co Ltd Production of polyolefin foam
JPH0238100B2 (en) * 1982-10-25 1990-08-29 Sekisui Chemical Co Ltd
JPS59215329A (en) * 1983-05-20 1984-12-05 Sekisui Chem Co Ltd Crosslinked synthetic resin foam
JPS6065007A (en) * 1983-09-21 1985-04-13 Chisso Corp Crosslinkable/expandable propylene/butene copolymer
WO2005113655A1 (en) * 2004-05-21 2005-12-01 Benecke-Kaliko Ag Plastic foam material and use thereof

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