JPS58134738A - Manufacture of flame-retarded laminated board - Google Patents

Manufacture of flame-retarded laminated board

Info

Publication number
JPS58134738A
JPS58134738A JP1784882A JP1784882A JPS58134738A JP S58134738 A JPS58134738 A JP S58134738A JP 1784882 A JP1784882 A JP 1784882A JP 1784882 A JP1784882 A JP 1784882A JP S58134738 A JPS58134738 A JP S58134738A
Authority
JP
Japan
Prior art keywords
halogenated
phenol
distribution
oil
yoke
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
JP1784882A
Other languages
Japanese (ja)
Other versions
JPS639536B2 (en
Inventor
憲 七海
幸雄 吉村
野本 雅弘
岩「淵」 伸二
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 JP1784882A priority Critical patent/JPS58134738A/en
Publication of JPS58134738A publication Critical patent/JPS58134738A/en
Publication of JPS639536B2 publication Critical patent/JPS639536B2/ja
Granted legal-status Critical Current

Links

Classifications

    • HELECTRICITY
    • H05ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
    • H05KPRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
    • H05K1/00Printed circuits
    • H05K1/02Details
    • H05K1/03Use of materials for the substrate
    • H05K1/0313Organic insulating material
    • H05K1/032Organic insulating material consisting of one material
    • H05K1/0326Organic insulating material consisting of one material containing O

Landscapes

  • Reinforced Plastic Materials (AREA)
  • Laminated Bodies (AREA)
  • Compositions Of Macromolecular Compounds (AREA)

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―燃性紙−2エノール倒麿横層板箇7を框鋼購
9横層1mの装造法に関するtのである・最近絶縁材料
脅に逸値懺ンLび電子慎鰺に使用される積層板17tは
鋼彊槓層叡に訓工設舖υ自鯛化省エネルギーの*、aか
ら常1a’ff17ttJ看干それより^い1114に
で打抜可屈でめゐCとか賛氷嘔れている・従って潰富低
鴎打抜可能槓虐板用偶麿として0qr檀のフルキル2エ
ノールt−7sノールと併用し乾性油等で変性し7t7
sノ一ルI/M麿か資わnている◎ 4゛。
DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method for constructing flammable paper-2 enol horizontal layer plates (7) into frame steel (9 horizontal layers, 1 m).Recently, insulating materials have become increasingly popular. The laminate plate 17t used for L and Denshi Shinyagi was made by training in the steel industry. I don't like Demei C, so I use it in conjunction with 0qr Dan's full-kil 2 enol T-7S Norm and denature it with drying oil etc. as a 7t7 for use in punching boards.
Snoichiru I/M Maro is contributing◎ 4゛.

しかしながら、絶11$l+Kll!冷される積層板・
、□。
However, absolutely 11$l+Kll! Cooled laminate/
, □.

鋼91に積層板に対して安*、、性][伐の観点から一
燃°、ぐ1.) 化qJ豊水が強くな9てお″り、−燃化と−う一点から
みれば打抜加工性の改良のため便用する乾性油等のi性
剤はJll燃化會いっそう一皐かり複雑化してiる・積
層板のJII燃化にはハ闘グンあるいにリン化性@t@
麿中に添加丁ゐがfnら゛の化酋1にrX龜加型龜燃剤
と倒すぽ中に化学的に結付きせる反応最錘燃剤を使用す
るものかあり<n−en−負一短かめ4oM@rXJk
life剤が表品甲に水反応で残存する′fcK)Il
lIt熱性、−丁浴割性婚り物性低下を生じる0従って
物性低下【起こさゼない7tjl、14Cに反応徽躯燃
創か好ましいか従来のグ替シジルエーテル型qノエボキ
シ島による茂応型薙燃剤にワニスおるいσ賀廁せ凝迩土
紙中で反応&か一婦残った場合1反応活汀基にエフ鏡板
の庫敲不艮やワニス″?迩工献中の側線が鮭時賀化′に
匙こ丁等&J孤造作東性に問題があった。
It is cheaper than steel 91 and laminate. ) Chemical qJ Hosui is becoming stronger, and from another point of view, I-type agents such as drying oil, which are conveniently used to improve punching workability, are becoming more and more popular. JII combustion of laminates is becoming more complicated, and phosphorization is difficult.
Is there a method that uses a reaction maximum refueling agent that is chemically bonded to the rX additive type refueling agent and the refueling agent that is added in the middle of the process? Kame4oM@rXJk
Life agent remains on surface item A due to water reaction'fcK)Il
Is it preferable to react with 14C to a conventional sidyl ether-type oxidation-type oxidation agent with a noeboxy island? If the varnish is used or σga is used, it will react in the clay paper and if it remains, the varnish will be applied to the base of the reaction and the varnish. There was a problem with Nisokochoto & J Kozosaku Tosei.

本発明は以上のような間聰点を抜書することt−目的と
し九%♀、で打抜加工性お工ひ娠慾注を附与しかつ槓層
叡■脅性低下を起こδlい反応′( 型離燃銅として性用するハロゲン化せ吻を俊った槓膚似
めるいは両画り積層板の製造&に−する%、(lJ’t
″める0 不覚98に2エノール倒繍にリン未化せ智お1ひハロゲ
ン未化1!twta脆しワニスτ倹埴し友恢、こnt戯
基材にt攪礼諌延ぜ、プリプレグ【作成し、所建牧畝の
プリプレグに鋼箔tムねであるいは崖ねないで加熱加圧
成形してJII燃性銅慢V槓層孜ろるいに槓増嶺を製造
する除にハログ/糸化8切として イ)エポキシ化殖物油(1)と Cm+)11+a+墓 で示さnるハロゲン化ビスフェノール([1m(01L
X10Br1ft、tDC6’tyyしに、j=1〜4
m、n=0〜3でに、jj?!ひmentff互いに同
じであっても異っていて%工い)とp ン化フェノール鋼(但しXばBr筐たはC1を示Lm)
=1〜5CRU水塞1tHアルキル゛基である) を塩4注触媒下加熱反応させ得らnた反応生成@を用い
ることtq#像とする。本発明に1り、鋤燃社おLび低
編打抜性kCsC艮できる嘔燃性oJki割を提供する
ことか口I馳となったQ本発明tδらVこ峠しく説明す
ると、エポキシ化種wJ藺とハロゲン化ビスフェノール
化曾切(Jl)トハol’ン化7z/−klil(il
l)k411ti−5+42載2工び第6軟アミン、第
4絨アンモニタム塩、アルコキシドのアルカリ蓋14−
などエポキシ化曾物と7エノール性水鈑無との反応触媒
となる臘基注触媒を刃口え、反応浴卸」を力日えてまた
0*浴剤で反応させ水反応(/J)10グン化ビスフエ
ノール化f’tl?!ひハロゲン化フェノール−を殆ん
となくなる1で医応を枕ける〇七して侍らn次リン未化
−6智tその11離燃性槓増板のハロゲン糸麹燃割とし
てリン糸鋤慾網と併用して用いる0反工ら浴剤としてa
トルエノ、ベンゼン、キシレン、メチルエテルケトン、
メチルインブチルケトンなと炭化水車お工ひケトン糸浴
媒が好1しく用いらjLる0 また、水反応のハロゲン化ビスフェノール痢めるいaハ
ロゲン化フェノールx(/Js存していると検層叡に応
用し′fI:、礪廿、酵電籍性の低下q」原因となるの
で、殆んど未反応の庵のを残さない1うVCすることか
好筐しい・その几めハロゲン化ビスフェノール化ft1
Il11とハロゲン化フェノール項の配酋比[10〜4
0モル%=90〜60モル%−AsM”tt、<sハロ
ゲン化ビスフェノール化ft111が増大すると1:!
L応智かゲル化することがめる〇 本発明でいうエポキシ化4*−油とに不結相檀資油中の
繍肪鈑の二J[#曾を酸化してエポキシ化し次ものでエ
ポキシ化7マ二油、エポキシ化大豆藺、エポキシ化ヒマ
シ油、エポキシ化[水ヒマシ油等がめる◎ 一般式(1)で示さnるハロゲン化ビスフェノール化酋
智にはテトラプロ゛−ビスフェノール−□ A(TBA帝人化l1tIIiJ#1名′ラアイヤガー
ド20′・。
The purpose of the present invention is to cut out the above-mentioned interstitial points, and to improve the punching processability at 9%♀, and to reduce the threat of the layer by causing a reaction. '(Production and production of laminates with halogenated snouts for use as mold release copper, (lJ't
``Meru 0, 2 Enol embroidery, Phosphorus unconverted, Chi 1, Halogen unconverted, 1! twta brittle varnish, τ Choku, friends, this nt play base material, t agitation, prepreg. [Create a JII flammable copper layer by heating and press-forming it on prepreg with a steel foil or without bending to produce a JII flammable copper layer. As threading 8 cuts a) Epoxidized culture oil (1) and Cm +) 11 + a + n halogenated bisphenol ([1m (01L)
X10Br1ft, tDC6'tyy, j=1~4
m, n=0 to 3, jj? ! Even if they are the same, they are different and have a different percentage) and phenolic steel (where X means Br housing or C1 means Lm).
= 1 to 5 CRU hydroxide (1tH alkyl group) is subjected to a heating reaction under the presence of a salt catalyst and the resulting reaction product is used as a tq# image. The present invention is unique in that it provides a combustible oJki that can achieve low knitting punching properties and kCsC. Seed wJ strawberry and halogenated bisphenol compound 7z/-klil (il)
l) k411ti-5+42 2nd stage 6th soft amine, 4th stage ammonium salt, alkoxide alkaline lid 14-
A water reaction (/J) 10 in which the reaction catalyst between the epoxidized product and the 7-enol water tank was added, the reaction bath was added, and the reaction was carried out again with a 0* bath agent (/J) 10 Gunn bisphenol f'tl? ! 1, which almost eliminates halogenated phenols, can be used for medical treatment; As a bath additive used in combination with a net
tolueno, benzene, xylene, methyl ether ketone,
Ketone thread bath media such as methyl imbutyl ketone and hydrocarbon water turbines are preferably used. When applied to a chemical, it may cause a decrease in fermentation and electrical properties, so it is best to use a VC to leave almost no unreacted halogenated material. Bisphenolated ft1
The ratio of Il11 and halogenated phenol [10 to 4
0 mol % = 90-60 mol % - AsM”tt, <s 1:! as halogenated bisphenolization ft111 increases.
〇Epoxidation according to the present invention 4*--Oxidize and epoxidize 2J [# 曾] of the oil in the oil, which does not bind with oil, and epoxidize with the following. 7 Seed oil, epoxidized soybean straw, epoxidized castor oil, epoxidized [contains water castor oil, etc.] The halogenated bisphenol compound represented by general formula (1) contains tetrapro-bisphenol-□ A (TBA). Teijinka l1tIIiJ #1 name 'Raiya Guard 20'.

00)、)リプロモビス2鼠ノールA1ジブロモビスフ
ェノール−Aモノブローfニゲスフエノール−A、43
/翫5′−テトラブロモ−4,4′−ジヒドロキシジフ
ェニルメタン、へhlas/−テトラクロロ−4,4’
−シヒドロキシジ2エニルグロバンー2.2.s:へ′
へ5′−ナト2クロロー4.4′−ジヒドロキシジ2エ
ニルメタン、s:s:b、b’−ナト2プロモー4.4
′−ジヒドロキシジフエニルブタン2.2%s:5:s
、ダーテト2クロロー4.4′−ジヒー収式(III)
でボδnる六ログン化フェノール@KU、モノブロモフ
ェノール、ジブロモフェノール、トリブロモフェノール
、テトラブロモ2エノール、ペンタブロモフェノール、
モノクロロフェノール、ジクロロ2エノール、トリクロ
ロフェノール、テ110ロフェノール、ペンタクロロフ
ェノール、モノブロモクレゾール、l□ ジブロモクレゾール゛=トリブロモクレゾール□。
00),) Ripromobis2-Mono-A1 Dibromo-bisphenol-A Monobrof Nigesphenol-A, 43
/5'-tetrabromo-4,4'-dihydroxydiphenylmethane, hlas/-tetrachloro-4,4'
-cyhydroxydi2enylgloban-2.2. s: to'
he5'-nato2chloro4.4'-dihydroxydi2enylmethane, s:s:b,b'-nato2promo4.4
'-dihydroxydiphenylbutane 2.2%s:5:s
, DATETO2CHLORO4.4'-DIHY SYNTHESIS (III)
Hexalogonated phenol @KU, monobromophenol, dibromophenol, tribromophenol, tetrabromo2enol, pentabromophenol,
Monochlorophenol, dichloro-2-enol, trichlorophenol, di-110-phenol, pentachlorophenol, monobromocresol, l□ dibromocresol゛ = tribromocresol□.

ブト2プロモクレン′−ル、モノクロロクレゾール、ジ
ク・・クレゾ」ル、トリク・・クレゾール、ナトククロ
ロクレゾール、モノグロモキシレノ一ル、ジブロモキシ
レノール、トリブロモキシレノール、モノク四ロキシレ
ノール、ジクロロキシレノール、トリクロロキシレノー
ルなどが卆げらnる・(1)と(11)と〔膳〕の反応
のし万r(ついてに〔星〕のエポキシ基か最終的には少
量残存し、積層載を成形する蒙に2エノール偶Hぽと反
応することか好ましい。その几め、(1〕のエポキシ1
童をq1配配付をQ、(it)の水酸μ。
But-2-promocylene'-ol, monochlorocresol, di-cresol, tric-cresol, natoc-chlorocresol, monoglomoxylenol, dibromoxylenol, tribromoxylenol, mono-tetraoxylenol, dichloroxylenol, trichloro If xylenol etc. react with (1) and (11), a small amount of the epoxy group of the star will ultimately remain, and it will be difficult to form the laminated material. It is preferable to react with the 2 enol group H.The reason is that the epoxy 1 of (1)
Child q1 distribution Q, (it) hydroxyl μ.

禽当重krs配付重kRs涜〕の水歇基歯菫tt、配付
亀をTとしたときにQ/q>R/T+T/lとなるよう
にすることか好ましい・また−U述したように〔用ン(
ill)=1/9〜4/6(モル比ンと丁Cばrl!1
分子でしかもハロゲン言置の多い離燃剤か得らn一層積
層板に鳩し次−燃剤か侍らnる〇 次に−この難燃Mt龜澗するベースワニスにはレゾール
型フェノール11msおよび乾性檀−油変性フエノール
III脂、tしくに液状ポリプタジエ/皺性フェノール
@廁、キシレン倒mlK性フェノール倒脂など通常積層
叡用ンエノール僑膓として使用さnているものが用いら
れる・箇た併用延nるリン系化曾智にはトリフェニルホ
ス2エート、タレジルジフェニルホスフェートキシリル
ジフェニルホス7エート、亦#1などが4げらnる。
It is preferable to make it so that Q/q>R/T+T/l, when the distribution turtle is T, it is preferable to set it so that Q/q>R/T+T/l. [Use (
ill) = 1/9 to 4/6 (mole ratio and cho Cbarl!1
A flame retardant with a large number of molecules and a large number of halogens is added to a single-layer laminated board.Next, this flame retardant base varnish contains resol type phenol 11ms and dry wood. Oil-modified phenol III fats, liquid polyptadiene/wrinkle-type phenol, xylene-based phenol fats, etc., which are usually used as enol additives for laminated layers, are used. Phosphorous chemical compounds include triphenylphos 2ate, talesyl diphenyl phosphate, xylyl diphenyl phos 7ate, and #1.

以下^体拘に華けて兵俸tmc欣明1゛るO1!r敗制 ffi件憧、冷4I会、龜度計付き(/J4ツ目ンラス
コにエポキシ化大豆7481000g(7デカサイザー
U−130PAアデ力アーガス社製オキシラン酸素績廣
&99、エボ千シ歯MiFJ250、Q/q=4.5)
鰺≠〒クトルエン46g、テト97’O%ビスフェノー
ルーA272g(ン1イヤカード2000前人化成藺品
名水叡参白に272、kt/γ=1.0)?リブpモフ
ェノール827.5g(水tIk基拍電331T/1=
2b)τ入n100℃に加熱して浴鱗し几50℃にQ却
俊ジエチルアミン31.5g’に加え加熱して115℃
にして反応塾ぜた。8時闇俊反地・吻倉採取して尚連取
クロ(HLC東洋東洋曽遊−801゛型)−〇分子型分
布を掬矩し、未反応q>−rトラブロモビスフェノール
A&工ヒトリブロモンエノ−ルかない仁とtillMI
した・Byを重は40X首%″tiつ次。
Below is an O1 with a beautiful body and a TMC salary of 1! r-defeating FFI case, cold 4I meeting, with tachometer (/J 4th eye lasco, epoxidized soybean 7481000g (7 Dekasizer U-130PA, Adele Argus oxirane Oxygen Hiro & 99, Evo Senshi Tooth MiFJ250, Q /q=4.5)
Mackerel≠〒Cutluene 46g, Tet 97'O% Bisphenol-A 272g (N1 ear card 2000 Maenin Kasei Ai product name water ginseng white 272, kt/γ = 1.0)? Rib p mophenol 827.5g (water tIk base pulse 331T/1=
2b) Heat to 100℃ with τ, scale in a bath, add 31.5g of diethylamine to 50℃, and heat to 115℃.
I went to a reaction school. At 8 o'clock, Yami Shun's reaction area was collected and collected, and the unreacted q>-r trabromobisphenol A & engineered human-libromonenophenol was obtained by sampling the molecular type distribution (HLC Toyo Toyo Soyu-801゛ type)-〇 molecular type distribution. -Rukaina Jin and tillMI
The weight was 40X neck%''titsu.

甘酸?!12 甘酸IFIIと同11EJ7jスコにエボ中シ化ス皿?
*(アデカナイザー0−130PAアデカアーガス社供
、オ今シ2ン1lIl!素−直瓜9う)1000g(Q
/Q”4島ン、トルエン142g、テトラブロモビスフ
ェノール−^(21イヤガード2000f人化に@蟲名
ン136g(R/r−u5)、ジブ−モアmノー#50
4g(T/を冨2)會入れ、100℃に加熱して溶解し
危050℃に冷却後ベンジルジメチルアミン246gt
mL、asst、、てSO5℃’tabgせ九・6時閣
懐IX応戚智を採取して^逼献クロ(HLC泉洋14軸
80111m)”を分、十重分布を欄電し、禾bL応の
テトクプロ峰ビスフェノールAンLひジブロモ2エノー
kかな−ことtm謔し九・BTt負α2441童シでめ
9た・ 曾*?H 曾IC111tFIIitJy9x:xtC1xg中V
4t、7マニ油100100OデカサイザーU−180
゜オキシラン酸累磯度92%エポキシ当i゛約167Q
/q=6.0)トルエン46g1テトラビスフエノール
A(ファイヤガード2000帝人化成曲品名)544g
(R/γ=2)、ベンタブO%7$ノール978g(T
/1=2)を入n、100℃にして俗解した。50℃に
冷却後、テトラメチルアンモニウムクロライド37.8
gk加えて、150℃で反応した。10時rsj波、反
応物を採取して筒速漱クロマトグラフィーで分子賞分布
を創足し、未反応のテトラブロモビスフェノールAお工
びトリブロモフェノールがないことt−確認し友OBγ
含重tr144.4重1%であった。
Sweet and sour? ! 12 Amazur IFII and the same 11EJ7j Scooter Ebo Naka Shikasu plate?
*(Adekanizer 0-130PA provided by Adeka Argus, 2 in 1 lIl! Raw - Straight melon 9 u) 1000g (Q
/Q"4 island, toluene 142g, tetrabromobisphenol-^ (21 ear guard 2000f humanization @Mushinamen 136g (R/r-u5), jib-more mno #50
Add 4g (T/ to 2), heat to 100°C to dissolve, cool to 050°C, and then add 246gt of benzyldimethylamine.
mL, asst,, SO5℃'tabg, collected the 9th and 6th time, Pavilion IX, Yinglichi, ^Diankuro (HLC Quanyo 14 axis 80111m)'', 10-fold distribution in the field, bL corresponding Tetokupro peak Bisphenol A L Hijibromo 2 Eno k Kana - Koto tm Song 9・BTt Negative α2441 Dosi deme 9ta・ 曾*?H 曾IC111tFIIitJy9x:xtC1xg中V
4t, 7 mani oil 100100O Decacizer U-180
゜oxilanic acid accumulation degree 92% epoxy equivalent i゛approximately 167Q
/q=6.0) Toluene 46g1 Tetrabisphenol A (Fire Guard 2000 Teijin Kasei product name) 544g
(R/γ=2), Bentab O%7$nor 978g (T
/1=2) was added and the temperature was 100°C. After cooling to 50°C, tetramethylammonium chloride 37.8
gk was added and reacted at 150°C. At 10:00 RSJ wave, the reactant was collected and the molecular weight distribution was established using Tsutsuya So chromatography, and it was confirmed that there was no unreacted tetrabromobisphenol A or tribromophenol.
The weight content tr was 144.4% by weight.

ベースレジンの8bX例 206の合成量に桐油3000glメタフレ:′。Base resin 8bX example Synthesized amount of 206 and 3000g of tung oil Metafre:'.

ゾール4350g%′1′:ハラトルエンスルホン岐1
0gを混甘し110℃で1時間反応させる。ついでフェ
ノール7650g、パラホルム50L、102125%
アンモニア水480gを人n80℃で5時−jJX比、
させた。ついで減圧下で濃縮し液温が85℃になったと
ころで濃縮全中止し常圧にもどしてトルエン2400g
、メタノール6800g’に:!jllえてワニスを作
ったo樹脂分か65皿1%で160℃の熱板上でのゲル
化時間は216秒であっfC。
Sol 4350g%'1': Halatoluenesulfone branch 1
0g was mixed and reacted at 110°C for 1 hour. Then 7650g of phenol, 50L of paraform, 102125%
480g of ammonia water for 5 hours at 80℃ - jJX ratio,
I let it happen. Then, it was concentrated under reduced pressure, and when the liquid temperature reached 85°C, the concentration was completely stopped, and the pressure was returned to normal pressure, and 2400 g of toluene was added.
, methanol 6800g':! The gelation time on a hot plate at 160°C was 216 seconds with 1% o resin and 65 varnishes.

このベースワニスに表1に示す配合で無燃剤を冷加した
0水浴性フエノール側脂で下処理したコツトンリンター
紙に含浸させ、賀脂含有童が16虚′に%の基材に前述
の無燃剤全配合したワニスを含浸させ、乾燥してグレグ
レグを作成した。レズリプレグを所尾枚数皿ねて片面に
接肩剤1r塗布しfC銅箔を皿ねて、100kg/−の
圧力下150℃で60分力l熱成形し銅汝9棟層板を作
成した0@叛り積層板の特性をJISC−6481に準
じて創建したその釉来全衣1に示す。
This base varnish was impregnated with a non-flammable agent according to the composition shown in Table 1 on cotton linter paper pre-treated with a cooled zero-water bath phenol side fat. It was impregnated with varnish containing all non-combustible agents and dried to create Gregreg. A few pieces of Leslipreg were laid together, one side was coated with a shoulder adhesive, and a layer of fC copper foil was laid down and thermoformed for 60 minutes at 150°C under a pressure of 100 kg/- to create a copper layer board. The characteristics of the laminate are shown in its glazed coating 1, which was constructed in accordance with JISC-6481.

表1銅水槓膚板の特性衣 ()ソさ1.f++sslTable 1 Characteristics of copper hydrangea plate () Sosa 1. f++ssl

Claims (1)

【特許請求の範囲】 1、フェノールamにリン糸化曾智およびノ1pゲン畢
化曾1を麟加しフェスを線遺し九後こrtt−紙jk材
にt次軛朦させグリグレグ【作成し、該グリグレグに@
舶t&ねてめるいに1ねないで〃口熱加圧成形してTh
1ll!1社鋼談9積層4&あるいに慎虐叡金線造する
際に、ノ葛ロゲン禾化曾管として で示賂nるハμゲン化ビスフェノール化e智(但し、X
tffBr17ttffCj’を示しに、4=1〜4s
men=0〜5で、k、1お孟びm、nrz互いに同じ
でろって%JIっていてtLい)と で示でnるハロゲン化ンエノールー(徂シXrlBr1
fcrlCI’:t7r=しp=1〜5でにμ水21g
1fcrIアルキル禽でめる)を埴&性触媒上加熱反応
葛ゼ侍らjした反工ら生hc智を用いることt臀慎とす
る娠を注償盾嶺の表4法 2、()エホー?シ化4wILgJ油fJ−T−ボキシ
”kk’l”Q%”)ハロゲン化ビスフェノール化付切
qノ水叡基当1kkr%ノリハロゲン化フェノール1i
IJQJ水醸藤幽Mktとしてイ)(/J配酋菖9.ロ
フq)配ffkR1/9の配付1IITとしたとき Q/q>R/r+T/l″t′@aLうi’cIeit
して甘酸した反応生成物tハロゲン糸化曾切として便用
することを籍値とする等IFl−請求の軛v!U第IJ
jl紀賊の銀癲注槓鳩叡の製壇汰0燃注慎JWa板の装
造法。 歳ハロゲン系化曾智のハロゲン含量が20〜
[Scope of Claims] 1. Add phosphorus and phosphorus to phenol am, leave a face line, and then yoke it to paper material to create a grid. , to the GriGreg @
Do not heat and pressure mold the vessel until 1 hour.
1ll! 1 steel company 9 laminated 4& or when making a metal wire, halogenated bisphenolized e-chi (however, X
tffBr17ttffCj', 4=1~4s
Men = 0 to 5, k, 1, m, nrz are the same as each other, %JI and tL) and n halogenated enol (XrlBr1
fcrlCI': 21 g of μ water at t7r=p=1 to 5
1fcrI alkyl chicken) is heated to a clay & sex catalyst for a heating reaction. 4wILgJ oil fJ-T-boxy"kk'l"Q%") halogenated bisphenol with cut q-hydrogen 1kkr% Norihalogenated phenol 1i
As IJQJ Suijo Toyu Mkt, I) (/J Haikan Iris 9. Rofq) When I make distribution 1IIT of distribution ffkR1/9, Q/q>R/r+T/l″t'@aL ui'cIeit
The yoke of IFl-claims, etc., is that the reaction product sweetened by t is conveniently used as a halogen thread. U No. IJ
How to make the JWa board of JL Kiyoshi's Ginjitsujuku Hatoei. The halogen content of old halogenated Zengji is 20~
JP1784882A 1982-02-05 1982-02-05 Manufacture of flame-retarded laminated board Granted JPS58134738A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP1784882A JPS58134738A (en) 1982-02-05 1982-02-05 Manufacture of flame-retarded laminated board

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP1784882A JPS58134738A (en) 1982-02-05 1982-02-05 Manufacture of flame-retarded laminated board

Publications (2)

Publication Number Publication Date
JPS58134738A true JPS58134738A (en) 1983-08-11
JPS639536B2 JPS639536B2 (en) 1988-02-29

Family

ID=11955079

Family Applications (1)

Application Number Title Priority Date Filing Date
JP1784882A Granted JPS58134738A (en) 1982-02-05 1982-02-05 Manufacture of flame-retarded laminated board

Country Status (1)

Country Link
JP (1) JPS58134738A (en)

Also Published As

Publication number Publication date
JPS639536B2 (en) 1988-02-29

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