JPS596247A - Thermosetting resin composition - Google Patents

Thermosetting resin composition

Info

Publication number
JPS596247A
JPS596247A JP11646482A JP11646482A JPS596247A JP S596247 A JPS596247 A JP S596247A JP 11646482 A JP11646482 A JP 11646482A JP 11646482 A JP11646482 A JP 11646482A JP S596247 A JPS596247 A JP S596247A
Authority
JP
Japan
Prior art keywords
compsn
filler
epoxy
thermosetting resin
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
Application number
JP11646482A
Other languages
Japanese (ja)
Inventor
Shigeki Ichimura
茂樹 市村
Keiichi Kinashi
木梨 恵一
Etsuji Kubo
久保 悦司
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 JP11646482A priority Critical patent/JPS596247A/en
Publication of JPS596247A publication Critical patent/JPS596247A/en
Pending legal-status Critical Current

Links

Landscapes

  • Macromonomer-Based Addition Polymer (AREA)
  • Compositions Of Macromolecular Compounds (AREA)
  • Epoxy Resins (AREA)

Abstract

PURPOSE:To provide the titled compsn. having excellent flame retardance, heat resistance and electrical characteristics as well as excellent quick-curability, storage stability, etc., by incorporating Sb2O3, a filler and a silane coupling agent in a specified epoxymethacrylate resin compsn. CONSTITUTION:A curable resin compsn. is obtd. by incorporating 1-10pts.wt. Sb2O3, 100-500pts.wt. filler such as powdered or fibrous filler (e.g. silica, rock wool or nylon) and 0.25-5pts.wt. silane coupling agent such as vinyltriethoxysilane in 100pts.wt. epoxymethacrylate resin compsn. obtd. by blending a brominated epoxymethacrylate resin with a novolak type epoxymethacrylate resin in such a proportion that the amount of bromine accounts for 5-30wt% of the total amount of the compsn. The resultant compsn. has excellent flame retardance, heat resistance and electrical characteristics as well as excellent quick-curability, storage stability, etc.

Description

【発明の詳細な説明】 本発明r、TTg130℃以上(/、I耐熱性、UL9
41−1以上V)難燃性、1014Ω−cm(+00℃
vtて)以上の喝気賓性忙示し11fJ、速1/C嫂化
丁ゐとともに株任女建・吐vtyttL爬成形用熱硬化
性側脂mfJy、物に関丁ゐものである〇嶋模機器ある
い3コ電子憬益り人谷麓化、重密度化、尚18籾度化に
ともない、用いら2’Lる絶縁材料1lcLI:I難燃
性、側熱性、−気前性V(丁ぐ)1.たもりケ求めらI
している。crtら杷縁拐科1hエポキシ1ゾ・1月d
1  ジアリル2タレ−トイn力行、小胞41Jポリエ
ステル+at rjぽ、2エノールイ+/1刀り、メラ
ミン1財脂寺(/、、J熱硬化性倒脂材料が用いらIL
1注型や蛍型戟形に↓9硬化物が成形さjしていろ。
Detailed description of the invention: The present invention r, TTg 130°C or higher (/, I heat resistance, UL9
41-1 V) flame retardant, 1014Ω-cm (+00℃
11fJ, 11fJ, speed 1/C conversion, and vtyttL thermosetting side fat for molding mfJy, which is related to things. With the increasing demand for equipment and electronic equipment, increased density, and increased grain density, the use of 2'L insulating materials 1lcLI: I flame retardant, heat resistant, - generous V ( Ding) 1. Tamori ga sakura I
are doing. crt et al loquat 1h epoxy 1zo 1 month d
1 diallyl 2 taretin power running, vesicle 41J polyester + at rj po, 2 enol ly +/1 sword, melamine 1 taifuji (/,, J thermosetting fallen fat material used IL
↓9 The cured product should be molded into a cast mold or firefly shape.

近年、Cnら用途の材料VC対し、硬化物特注の他VC
1速硬化性や株存女知註寺の成形性に関丁ゐ改良もプ虫
く安望さnてい6゜ こByt対し、エポキシ樹BFItrw尚崗での突気特
性、r#某品性などvcAItも浚nているもりり、速
硬化にした礪甘り保存安ボ1住に惨めて劣るのか欠点−
Cリフ、−f:υめ用1さまたけ又いる。
In recent years, in contrast to material VC for Cn and other applications, other VC for custom-made cured products
The improvement in the moldability of the one-speed curing property and the moldability of the epoxy tree BFItrw Shogang is very reliable, compared to the 6゜Byt, while the epoxy wood BFItrw Shangang has a sudden change in properties and r# certain quality. VCAIt is also well-done, but it is pitifully inferior to fast-curing, well-preserved cheap bottles.
C riff, -f: 1 across for υ second.

本発明に以上の点Vt謹みなさ1L?>、ものであり、
難撚性、酬熱件、亀気特注寺り苛性VC優n1かつ速硬
化性、気任ρ廷性等(/J成形注に優nた硬化性但4)
信組by、q勿ゲ提供丁ゐものである。
Do you have any respect for the above points in this invention? >, is a thing,
Twisting resistance, heat resistance, special order caustic VC excellent n1 and fast curing, hardening properties, etc. (excellent curing properties to /J molding, but 4)
This is provided by Shinkumi.

A発明名らにHσ述向題点rttついて鋭意検討し” 
$8 釆@ エポキシ輌脂にメタルリル版ケ付加したエ
ポキシメタクリレート1@脂pc南憬過酸化物ケ用いた
硬化糸を床用することにより、株存安定性が者しく改良
ざl’LゐCとt勃いだしたものでのる。エポキシメタ
クリレート側線にビニルエステル(刺刀旨、不1刷和エ
ステル1立171旨等の一般る称で工ば2L、耐食性フ
ェスや塗料への応用に既に一厭化しているものであるか
、好適な成形用組)戎について鋭意検討した粕釆A元明
VC至ったもりである〇 不発明り熱硬化性樹脂組成物U(a)ノホラノタ型エボ
キンメタタリレート制刀Bvtフ゛ロム重か全体(/J
5〜50MM%ycn6mにブロム化エホキンメタクリ
レート位4月行を自己上し1ζ工ホキシメタクリレート
イ刺刀旨組成9勿+00爪知、笥)VC文まし、(b)
三酸化アンチモン1÷10厘貝都、 (C)尤債材10
0〜500 M: 飯tkD及び7ランカソプリン剤0
゜25〜5恵邸都を言有了’6Cと勿豹−徴と丁ゐOA
元明VC用いうrtゐエボギシメタクリレート側脂aエ
ボキン1幻脂リエボキ/基をメタクリル+112のカル
ボキシル基で開坤しエステル化するCとにLり装迫さj
Lるもので、ノボラック型エホキシアクリレート但」刀
11ケ表ユ貴するための2工ノールノホラツク型エホギ
シIgl Jiばとしてa日木比榮社り藺品壱E)’P
N202、fi1本テバカイギー仕り面品冶XU−+ 
58、EPNM59寺があり、クレゾールノホラノク型
エポキシ闇胎ゐ0 ブロム化エポキシアクリレート佃脂牙製造するためりツ
ロム化ビスフェノール型エホキシ側崩としてに住及化字
社の間品壱E S B400ダウク−ミカル社V)間品
揖IJEk542弄かめ9゜ブロム化フェノールノボラ
ンク型エポキシ餌脂として3:i日木化薬社り間品:4
BLEN寺がめ9゜J1L独又vr IJ[用して用い
ろ7’L 6 。
We have carefully considered the Hσ statement problem rtt for A inventors.”
$8 By using hardened yarn made from epoxy methacrylate 1 epoxy methacrylate 1 epoxy resin and peroxide for flooring, the stability of the stock has been significantly improved. I started to get erect. Epoxy methacrylate lateral lines are made of vinyl ester (commonly called 2L, such as Sashito-ji, Fu1-han-wa ester 1-171-ji, etc.). Molding assembly) After careful consideration of the sword, we have arrived at Kasutan A Genmei VC. Uninvented thermosetting resin composition U (a) Nohoranota type Evoquin metatarylate sword Bvt film weight overall (/J
5-50MM% ycn 6m, brominated ehoquine methacrylate grade April line was self-subscribed, 1ζ engineering methacrylate composition 9 course + 00 Tsumechi, 笥) VC sentence, (b)
Antimony trioxide 1 ÷ 10, (C) Bond material 10
0-500 M: Rice tkD and 7 rank casoprine 0
゜25~5 Hui's mansion is said to be '6C and Mu-zheng and Ding OA
For Genmei VC, rt 2 Evogishi methacrylate side fat a Ebokin 1 phantom fat Riebokki / group is opened with methacrylic + 112 carboxyl group and esterified with C and L.
However, it is a novolac type epoxy acrylate.
N202, fi 1 piece Teba Kaigyi style men Shinji XU-+
58, EPNM59 temples, cresol nohoranoku type epoxy yamiwa 20 brominated epoxy acrylate Tsukudabai manufactured as a turomated bisphenol type epoxy lateral decomposition by Sumitomo Kajisha's ES B400 Dauk -Mikal Co., Ltd. V) Intermediate IJEk542 9° Brominated Phenol Novolanc Type Epoxy Bait Fat: 3:i
BLEN Temple Game 9゜J1L Dokmata vr IJ [Use 7'L 6.

エポキシ4nJ I+ばとメタクリルばりエステル化反
1心にメタクリルI火F 、 エポキシiJ5に対して
0.5〜1.5モル!&t! L < f;r 11.
6〜1.2モル(1)範囲で(昆甘し、エステル化触媒
存在下で80〜120′Cす【席度でr孜1四刀)廁4
11する牙で反応きせる0とV(よll、l付71 h
 rする0エステル化)強媒としでに、シメナルベンジ
ルアミン、ジエチルアニリン、ジメナルアニリン、ジメ
ナルトルイジン、Nメテルビペリンン、ジェタノールア
ミン寺の三級アミン類十、トリメナルベンジルアンモニ
ウムタロリド、テトラメナルアンモニクムプロマイド寺
の4級ア/モニウムy71Lか一般的に++iいう1シ
る。CfLらH媒ri s エホキン仙月盲とメタクリ
ルv U 8 si’ ME + 00 g 1’(−
ヌ(L、で、0.005〜ン台μ(/、)割付で用いる
Epoxy 4nJ I + methacrylic ester esterification anti-1 core methacrylic I fire F, 0.5 to 1.5 mol for epoxy iJ5! &t! L<f;r 11.
In the range of 6 to 1.2 mol (1) (condensed, 80 to 120'C in the presence of an esterification catalyst)
0 and V react with fangs that make 11 (yoll, l with 71 h
(0 esterification) As a strong medium, cymenalbenzylamine, diethylaniline, dimenalaniline, dimenaltoluidine, N-methelubiperine, jetanolamine tertiary amines, trimenalbenzyl ammonium talolide, tetra The quaternary ammonium y71L of the Temple of Menal Ammonicum Promide is commonly referred to as ++i. CfL et al.
(L) is used in the 0.005 to N range μ (/,) allocation.

、f7ζ、エホキ/但佃ぼり軟化点〃)尚い揚台、スチ
レン、ジアリル2タレート等り共屡七司hヒな阜箪体や
ゴルエン、ベンゼン、クロロホルム寺り非反応猷酪剤忙
用いるCともできる。非反ルし、江浴創笛用いた」易せ
に、も゛戟科了仮減上転煉寺により l!7:云−J−
6ヒとンノ3必要1゛めろ。
, f7ζ, Ehoki/Tadatsukabori softening point〃) In addition, styrene, diallyl 2-thaletate, etc. are often used as non-reactive butyric agents such as goluene, benzene, chloroform, etc. Can also be done. He did not play the game and used the flute. 7: Cloud-J-
6 people and 3 people need 1.

ブロム1しエホ干シンタノリレートlνjJ+iJり開
用jJi klエポキシノメタリレート1υj月ir 
V、J冒ii + 01]しく、50行Mr越え乙とも
気符注骨を低ドさせるCともめ、す幻・fしくない。盪
た、ブロム垣を取少眼VL埋え0/このkLD三醒化ア
ンナ七ン倉1〜10−中2里TJ負6」5刀11j ゐ
0と〃)心安−Cめυ、 0才LR,1: 9鳴気何住
を低トさせるCとl〈媒燃化奮y4ノa−f6Cと7)
’”JMeT:66゜普た娠が注や喝気背性、成形性な
とり点で充填、Hの彼用fJ 4夕めてイず効でろる。
Bromine 1, Eho dried syntanolyllate lνjJ+iJ release jJi kl Epoxynomethyllate 1υj month ir
V, J blasphemy + 01] It's strange that Mr. and Mr. O are over the 50th line, and C and C are in trouble, which is strange. It was, Brom's fence was taken, VL buried 0/This kLD three awakened Anna Nanankura 1-10-Naka 2-ri TJ negative 6'' 5 swords 11j ゐ0 and 〃) Shinan-Cme υ, 0 years old LR, 1: 9C and l (lowering the 9 naraki Kashu)
'''JMeT: 66゜flattening is filled with injection, exhalation, and moldable points, and the fJ for him will be effective in 4 evenings.

本発明C用いらILる光横イ」とし−CFis  シリ
カ、カラス、ケイソウ士、カオリンル−、タルク、−ヒ
リブイト、マイソバアスベスト、炭取カルンウム、アル
ミナ、憾駁バリウム、ンオラストナイト、ロックウール
寺り知ミ慎寅や、木切、クルミ粉、バルブ粉、コノトン
ノロツク、カイノール、ケブラービニロン、テトロン、
ナイロン等の7粉状もしくVJ繊維状の有磯員光槙拐が
ある。こりうち、シリカおLひガラスrr4安吋性−〇
ある屯気狩性の点でとくに丁ぐγしている。
The present invention C is used to make IL light horizontally - CFis silica, crow, diatomite, kaolin, talc, hiribuite, mysoba asbestos, charcoal carunium, alumina, barium barium, orastonite, rock wool temple. Richimi Shintora, wood cutting, walnut powder, bulb powder, Konoton Norotsuku, Kynol, Kevlar vinylon, Tetron,
There are 7 types of powders such as nylon or VJ fibers. In addition, silica, L, and glass are particularly strong in terms of their stability and resistance.

光積材ri 100〜500厘駕都用いらfL、  +
00都禾陶rGユ効果か少なく、500部ケ越え0と流
動性か失lわfLるため、酸形用組成として適当でにな
い。
Light laminated material ri 100-500 rin Kato use fL, +
It is not suitable as an acidic composition because it has little effect and loses fluidity when it exceeds 500 parts.

アスベストQ:L難燃註の点で丁ぐjしていゐたのブロ
ム脂を献ら丁ことができ、5部以上で効果があられ7’
Lるが、200部以上用いると畦気特性力)世下し好1
しくない。従って仙の光遺伺と併用して用いらfLる。
Asbestos Q: L It is possible to use bromine fat, which has been evaluated in terms of flame retardant notes, and it is effective at 5 parts or more.
However, if you use more than 200 copies, you will have a good 1)
It's not right. Therefore, it can be used in conjunction with Sen no Koiyo.

さらVCl バルブ粉寺り南位貝元項材に、ボイド拍生
(L′迎えるなと光横性<1)同上に有効lもり″T:
必9、時性ケ撰lわない41)囲で用いると効果的であ
る。
Furthermore, VCl valve powder is applied to the south position of the shell material, and the void pulse generation (L' welcome and light horizontality < 1) is effective for the same as above.''T:
41) It is effective when used in the following.

芒らVL 、  CI−Lら光債月り効果に−f効に発
伸させる7こめQ10.25〜5皿虞部の7ランカツグ
リング削り使用が必須となる。
It is essential to use a 7-run cut ring shaving of the 25 to 5 plate ridges to develop the -f effect on the VL, CI-L and other light bonds.

いf7Lり力・ブリング剤も有効−Cあるが、ビニルト
リエトキシシラン、γ−メタアクロキシグロビルトリメ
トキシシランのよf)ナビニル丞% L < iu (
メタ)アクリル基τ何つもり、γ−クリシドキシグロビ
ルトリメトキン7ランのようlエボキシキケ付つもり、
γ−メルカグトグロヒルトリメトキシ7ランC/J工′
)なメルカグト示を持つものか時に有効でりゐQ 本発明V0工ゐ側崩組成吻τ急速Vt4使化憾せゐ1こ
めvt v、r、 皇8υ1]始剤として廟慎過ぼ化物
ψノ1丈用か々すましくペンソイルパーオキサイド、メ
チルエテルケトンパーオキサイド、シクロヘキサンバー
オキライド、  r、+、ジーt−ブチルノ(−オキシ
5,5,5.)リップルシクロヘキサン、クメンハ1ド
ロパーオキサイド、ジクミルバーλギサイド、t−ブナ
ルバーオキシベンノエート、t−ブナルバーオキンイソ
ツロビル力ルポ7−ト与を用いること71)でさ、硬化
性と1禾仔安定性LJ)点ケ宥慮し、1棟もしくに2棟
以上會υF用して用いることがでさ0゜ さしVClp−ペンゾギノン、ナンドキノン、ハイドロ
キノンs  p−t−ブナルカテコール寺のfl、 ’
ei宗止MIJり使用も、硬化性と林存荘り調壓V(イ
1 幼−’r:  h 6 0 そりflu s ステアリン1段、七ンタン摩ノックス
f7L strength/bringing agents are also effective -C, such as vinyltriethoxysilane and γ-methacroxyglobyltrimethoxysilane f) Navinyl% L < iu (
meth) Acrylic group τ What do you mean, γ-crysidoxyglobil trimethquine 7 run, L epoxy compound is intended,
γ-mercagtoglohiltrimethoxy 7-ran C/J engineering'
) It is sometimes effective if it has a Mercagt indication. No. 1 length, Pen Soil Peroxide, Methyl Ether Ketone Peroxide, Cyclohexane Bar Oxide, r, +, Di-t-Butylno(-oxy 5,5,5.) Ripple Cyclohexane, Cumenha 1 Droper The use of dicumyl oxide, dicumyl chloride, t-bunalbaroxybennoate, t-bunalbaroxybennoate, isotulovir compound71), and the curability and stability of the compound (LJ). In consideration, it can be used for one or more meetings υF.
The use of ei Sotome MIJ also has hardening properties and Hayashi Prefecture control.

ステ゛アリンを夛刀ルシウム、7リコンオイル等の酸型
J1腔\゛0刀−ホンブラ、・夕、シアニンブルー寺(
/J鹿色剤ケ必心安(尾Xじ(1史用J−ゐことかでき
る。
Acid-type J1 cavities such as lucium, 7 licon oil, etc. \゛0 sword - Honbla, evening, Cyanin Blue Temple (
/J deer coloring agent is sure to be safe (tail

仄VC実hi!iし1ノケ待って本発明?具1本的f(
改明−T 0 4+rj IIIJ八(ノホラック帛メタクリレートイ
肛・1月汀)EUCNCN + 01 (1=IA化業
タレゾールノホノンタエボキシ1匍楢。軟化点70℃エ
ホキシ当奮220)500g奮攪(L+翼とコンデンナ
’< lJ+@えたンラスコVL仕込み、油αを上で1
00 ’CPC/JU熱した。メタクリル岐2CJ2g
VCハイドロキノン0.4gジエテルアニ+)7CJ、
65g勿(合〃AL、+時t=」*かけてン1晩トした
。−11]二り恢100〜110℃の1一度℃離1曲か
ぽ4旧丁ゐま−0反比、6せたところ、敗訓15軟化点
62°Cり側8百ケ・1存た0 個t」g B (ブロム化ビスフェノール型メタタリレ
ー ト 埠1刀ぼ ) EAX−3+ 6 (束都化成間品6、を核揃U、軟化
点81’に1Br )i 42%)τ用いた0但IB’
BC<フ゛ロム化ノホ゛ラック型メタクリレート1射鹿
〕 BREN(日本化薬、ブロム仙1)1ノ一ルノボラノク
エホキシ側庸0軟化点85、エポキシ当Jt2 el 
0%Br Ji’+ 6%o)5LIOg。
Hi VC real hi! Wait a minute and invent this invention? One ingredient f(
Revised-T 0 4 + rj IIIJ 8 (Noholac methacrylate anal/January) EUCNCN + 01 (1 = IA Kagyo Talezol Nohonon Taeboxy 1 liter. Softening point 70℃ epoxy 220) 500g Stir ( L + wing and condenna'< lJ + @ Eta Nlasco VL preparation, oil α on top 1
00' CPC/JU heated up. Methacrylic 2CJ2g
VC hydroquinone 0.4g dietherani+)7CJ,
65g of course (combined AL, + time t='* and left overnight. -11] 100 to 110℃ 1 degree Celsius 1 song Kapo 4 Old Town 2 Ma - 0 Reverse ratio, 6 As a result, 15 lessons learned, 800 pieces with a softening point of 62°C, and 0 pieces left. , with the nucleus aligned U, softening point 81' using 1Br)i 42%)τ0 but IB'
BC<Filmized novolac type methacrylate 1 shot deer] BREN (Nippon Kayaku, Bromsen 1) 1 novolano chlorine methacrylate side 0 softening point 85, epoxy Jt2 el
0%Br Ji'+ 6%o)5LIOg.

メタクリルm155gm ノ1イドロキノン0.20g
、トリベンジルアンモニウムタロIJト0゜2gケ用い
、120℃で側層Aと同様Vt反応さぜり縮釆、m ’
11+115、転化点80℃%Br’f27%す19・
1廟ケ侍た。
Methacrylic m155gm No1 Hydroquinone 0.20g
, using 0.2 g of tribenzyl ammonium taro IJ, Vt reaction condensation was carried out at 120 °C in the same way as side layer A, m'
11+115, conversion point 80℃%Br'f27%su19・
There was one samurai at the temple.

実施例1〜7、比Ifj、911 衣−1 11− 表I VL示したm成上%直径10インチリミキシング
ロールを用い、前ロールvA度60°C,俊ロール崗度
90℃s nilロール回転E!I 22 rpa、 
俊ロール回ku + 8 rpII、 C/Jq=件−
〇’<法V(したがい削ロールに巷さつけ6分闇混せし
た。侍ら)したシート状@科r破砕した懐、成形に供し
1ζ0辰I VL示した狩性について統明する0ゲルタ
イム(GT)は、J S RmfP硬化性樹脂用キュラ
ストメータ葡用い、170℃における立上り時間を求め
た。スパイラル20−(SF)rl。
Examples 1 to 7, Ratio Ifj, 911 Clothes-1 11- Table I VL m growth% shown using a 10-inch diameter remixing roll, front roll vA degree 60°C, shun roll hardness 90°Cs nil roll Rotation E! I22 rpa,
Shun roll times ku + 8 rpII, C/Jq = case -
〇'<Method V (Then it was rolled on a milling roll and mixed in the dark for 6 minutes.)The crushed sheet was then subjected to molding and 0 gel time (to clarify the hunting properties shown in GT), the rise time at 170° C. was determined using a JSRmfP curable resin curelastometer. Spiral 20-(SF)rl.

EMI金型を用い、型線170℃、硬化時間40秒、注
入圧力100kg/電で移送成形法VCより測定した。
Measurement was performed by transfer molding VC using an EMI mold at a mold line of 170° C., a curing time of 40 seconds, and an injection pressure of 100 kg/electrode.

ボットライフ rI s材料を40”C(/、I崗震で
10日+dJ処理した候υ20−イ直(SFx)試験片
O,/9Tポリ金型を用い170℃で40秒硬化させ金
星から取り出し1ζ後、乾燥機r用いて160℃で10
時間の俊敏化を竹なった。1゛gqノ測シ」で帆工A空
理工TMA −150omiこ −口 9、φ−r: 
3 mm厚LJ、J f 練片乞用いJIS6911f
/C準して測定した。燃焼性?11LJL94シー0倉
目憚に、1/8インチ厚で測定しFO 比較Vすとして、エホキシ側脂t#無水物で硬化さぜゐ
従来タイツのエポキシ側面m成物葡祝明する。
Botlife rIs material was cured at 170℃ for 40 seconds using a 9T poly mold and removed from Venus. After 1ζ, dry at 160℃ for 10
Bamboo became time agile. Measuring 1゛gq  Sailor A Aircraft TMA -150omiko -mouth 9, φ-r:
3 mm thickness LJ, J f JIS6911f
/C. Combustion quality? 11LJL94 seams were measured at 1/8 inch thickness.For comparison, the epoxy sides of conventional tights were cured with epoxy side fat T# anhydride.

クレゾールノボラック型エポキシ樹脂E(JUN106
(日木化某社曲品名)t31.ブロム化ビスフェノール
型エポキシ樹IJI E R542(ダウケミカル社商
品る)20部、テトラヒドロ無水ノタル酸60都、ベン
ジルジメチルアミン2s、シリカ$380 tm−三酸
化アンチモン5都、カーボンブラック1郡、エボキシシ
ランカッグリング剤2部、ステアリンrR21tllt
”用い、実IM例と同様に製造し/ヒものを比較クリと
した。
Cresol novolak type epoxy resin E (JUN106
(Nikki Kagaku certain company song product name) t31. Brominated bisphenol type epoxy tree IJI E R542 (product of Dow Chemical Company) 20 parts, tetrahydronotalic anhydride 60 parts, benzyldimethylamine 2s, silica $380 tm-antimony trioxide 5 parts, carbon black 1 part, epoxy silane copper 2 parts of glittering agent, stearin rR21tllt
A comparison was made with a sample manufactured in the same manner as the actual IM example.

試躾片し/、I成形と特性り曲j足も実施例と同・嵌罠
行なっ7こが、ゲルタイムか62秒と艮いlζめ%硬化
時間i90秒とした。
The trial piece was made, I molding and characteristics curved legs were also made in the same way as in the example, and the fitting was done with a gel time of 62 seconds and a % curing time of 90 seconds.

実施例1〜7v谷拐科りボットライ21J1 比較?U
と比べ良好であり、40℃という通常の保管条件の上限
岨0夏季)T:さえ10日俊に80%以上(/J6花動
性を維持していゐCとかわかゐ。
Examples 1 to 7 v Tanikari Botrai 21J1 Comparison? U
The upper limit of normal storage conditions of 40°C (summer) T: 80% or more in 10 days (/J6) maintains floral activity.

従来の一叡的lエポキシ樹脂組敢でに、商扇でのゲルタ
イムが実施シリエリ艮いl/Cもかかわらr。
Despite the conventional epoxy resin combination, the gel time in the commercial fan is difficult to implement.

40℃θ株官−Cμm0日ではとんど光鯛注がなくなっ
ており、こり桐科會よV速硬化V(丁fはボットライン
もざらに悪くなり事実上使用が離しくなる0 1に実施例1〜7り谷羽科に、ガラス転移点、尚虐体積
抵抗率、燃焼性ともrc良好であV、不発明VCよV速
硬化性と保存安建性Vtも秀jLπ組取會侍ることかで
きた。
40℃θ stock official - Cμm On the 0th day, there is almost no light sea bream injection, and the bot line is also getting worse and it becomes virtually impossible to use it. Examples 1 to 7 In addition to Tanihashina, the glass transition point, brutal volume resistivity, and combustibility were excellent in rc. All I could do was serve.

Claims (1)

【特許請求の範囲】 1、 (a)  ノボラック型エポキシメタクリレート
樹脂にブロム重全体C/J5〜50に量%VC72る様
ytフ゛ロム化エポキシメタクリレート位(刀旨を配合
したエポキシメタクリレート切崩組成物100に黛部に
刈し。 (b)  三酸化アンチモン1〜10.!ILjlL都
、(Cン 光@伺100〜500厘賞都及び(d)  
シランカノグリング剤0.25〜5爪一部を貧有するこ
とt特徴とする熱硬化性情脂組底物。 2、充填材がシリカまた1Jカラスであ、6待訂請求υ
軛囲第1狽F4己載り熱硬化性樹脂組成物。 3、充填材としてアスベスト會併用する舟n請刃(V範
囲第 1 項n己喝兄(/J畿硬化でE4例月自組成物
[Scope of Claims] 1. (a) Novolak type epoxy methacrylate resin containing yt film-formed epoxy methacrylate (epoxy methacrylate cutting composition blended with bromine weight total C/J 5 to 50 and amount % VC 72) (b) Antimony trioxide 1 to 10.!ILJlL capital, (Cn light @ visit 100 to 500 rin Shoto and (d)
1. A thermosetting resin composite material having a portion of a silane ringing agent of 0.25 to 5. 2. Filling material is silica or 1J glass, 6 pending request υ
Yoke No. 1 F4 self-mounting thermosetting resin composition. 3. Asbestos as a filler.
JP11646482A 1982-07-05 1982-07-05 Thermosetting resin composition Pending JPS596247A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP11646482A JPS596247A (en) 1982-07-05 1982-07-05 Thermosetting resin composition

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP11646482A JPS596247A (en) 1982-07-05 1982-07-05 Thermosetting resin composition

Publications (1)

Publication Number Publication Date
JPS596247A true JPS596247A (en) 1984-01-13

Family

ID=14687752

Family Applications (1)

Application Number Title Priority Date Filing Date
JP11646482A Pending JPS596247A (en) 1982-07-05 1982-07-05 Thermosetting resin composition

Country Status (1)

Country Link
JP (1) JPS596247A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS6178823A (en) * 1984-09-27 1986-04-22 Toshiba Corp Epoxy resin composition

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS6178823A (en) * 1984-09-27 1986-04-22 Toshiba Corp Epoxy resin composition

Similar Documents

Publication Publication Date Title
GB1484538A (en) Flame resistant thermosetting resin composition and metal clad laminate composed of the thermosetting resin composition
GB1489526A (en) Polyalkylene terephthalate polymer moulding resins
JPS56100817A (en) Photosetting resin composition
JPS5377239A (en) Resin composition
JPS57168938A (en) Impact-resistant polyphenylene ether resin composition
JPS5747318A (en) Preparation of frp
JPS555974A (en) Corrosion-resistant material curable in water
JPS57143315A (en) Unsaturated polyester resin composition for molded article
CN105925044A (en) Fiber-reinforced plastic panel for environment-friendly power distribution cabinet and production method thereof
JPS5497650A (en) Flame retardant resin composition
JPS55104345A (en) Thermosetting resin composition
JPS54111531A (en) Coating compound of flame-retardant ultraviolet-curing resin
JPS5747317A (en) Preparation of frp
JPS5311952A (en) Manufacture of organic-inorganic composites
JPS57168963A (en) Corrosion-resistant coating composition
JPS58149939A (en) Fresin composition
JPS56117205A (en) Flame-resisting optical fiber cord
JPS56112960A (en) Filler-containing polymer composition
JPS5755921A (en) Water-resistant epoxy resin composition
DE2461907C3 (en) Use of bromine-containing phenyl acetates as flame retardants in polyester plastics
JPS56152862A (en) Flame-retardant resin composition
JPS57168A (en) Flame-retardant plastic composition
JPS54138050A (en) Resin composition
CN119081359A (en) A kind of light-transmitting tile resin with high tensile strength and preparation method thereof
JPS54117555A (en) Improved polycarbonate resin composition