JPS58144463A - Electroless copper plating method - Google Patents

Electroless copper plating method

Info

Publication number
JPS58144463A
JPS58144463A JP2758282A JP2758282A JPS58144463A JP S58144463 A JPS58144463 A JP S58144463A JP 2758282 A JP2758282 A JP 2758282A JP 2758282 A JP2758282 A JP 2758282A JP S58144463 A JPS58144463 A JP S58144463A
Authority
JP
Japan
Prior art keywords
plating
gas
air
electroless copper
electroless
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
JP2758282A
Other languages
Japanese (ja)
Inventor
Akishi Nakaso
昭士 中祖
Kiyoshi Hasegawa
清 長谷川
Kiyoshi Yamanoi
清 山野井
Toshiro Okamura
岡村 寿郎
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 JP2758282A priority Critical patent/JPS58144463A/en
Publication of JPS58144463A publication Critical patent/JPS58144463A/en
Pending legal-status Critical Current

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Classifications

    • CCHEMISTRY; METALLURGY
    • C23COATING METALLIC MATERIAL; COATING MATERIAL WITH METALLIC MATERIAL; CHEMICAL SURFACE TREATMENT; DIFFUSION TREATMENT OF METALLIC MATERIAL; COATING BY VACUUM EVAPORATION, BY SPUTTERING, BY ION IMPLANTATION OR BY CHEMICAL VAPOUR DEPOSITION, IN GENERAL; INHIBITING CORROSION OF METALLIC MATERIAL OR INCRUSTATION IN GENERAL
    • C23CCOATING METALLIC MATERIAL; COATING MATERIAL WITH METALLIC MATERIAL; SURFACE TREATMENT OF METALLIC MATERIAL BY DIFFUSION INTO THE SURFACE, BY CHEMICAL CONVERSION OR SUBSTITUTION; COATING BY VACUUM EVAPORATION, BY SPUTTERING, BY ION IMPLANTATION OR BY CHEMICAL VAPOUR DEPOSITION, IN GENERAL
    • C23C18/00Chemical coating by decomposition of either liquid compounds or solutions of the coating forming compounds, without leaving reaction products of surface material in the coating; Contact plating
    • C23C18/16Chemical coating by decomposition of either liquid compounds or solutions of the coating forming compounds, without leaving reaction products of surface material in the coating; Contact plating by reduction or substitution, e.g. electroless plating
    • C23C18/31Coating with metals
    • C23C18/38Coating with copper
    • HELECTRICITY
    • H05ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
    • H05KPRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
    • H05K3/00Apparatus or processes for manufacturing printed circuits
    • H05K3/10Apparatus or processes for manufacturing printed circuits in which conductive material is applied to the insulating support in such a manner as to form the desired conductive pattern
    • H05K3/18Apparatus or processes for manufacturing printed circuits in which conductive material is applied to the insulating support in such a manner as to form the desired conductive pattern using precipitation techniques to apply the conductive material
    • H05K3/181Apparatus or processes for manufacturing printed circuits in which conductive material is applied to the insulating support in such a manner as to form the desired conductive pattern using precipitation techniques to apply the conductive material by electroless plating
    • H05K3/187Apparatus or processes for manufacturing printed circuits in which conductive material is applied to the insulating support in such a manner as to form the desired conductive pattern using precipitation techniques to apply the conductive material by electroless plating means therefor, e.g. baths, apparatus

Landscapes

  • Chemical & Material Sciences (AREA)
  • General Chemical & Material Sciences (AREA)
  • Chemical Kinetics & Catalysis (AREA)
  • Engineering & Computer Science (AREA)
  • Materials Engineering (AREA)
  • Mechanical Engineering (AREA)
  • Metallurgy (AREA)
  • Organic Chemistry (AREA)
  • Chemically Coating (AREA)

Abstract

PURPOSE:To suppress the lowering in the mechanical characteristics and the precipitation speed of a plating film, by a method wherein a gas is sent into an electroless copper plating liquid to which a surfactant is added and plating is carried out while floated gas bubbles are removed. CONSTITUTION:A surfactant with foamability of 10mm. or more and foam stability of 30% or more having a polyoxyethylene chain-(CH2CH2O)n- in the molecule thereof is added to an electroless copper plating liquid in an amount of 0.01- 10wt% and a gas is sent into the obtained electroless plating liquid to form gas bubbles and plating is carried out while floated gas bubbles are removed. As the surfactant, one wherein the mole number (n) of the polyoxyethylene chain is 10 or more such as polyethylene glycol monooleyl ether is pref. used. Said gas bubbles are formed by continuously or intermittently sending air or an H2-gas to a gas sending pipe having plural small pores in the plating liquid.

Description

【発明の詳細な説明】 小児間に無電解銅めっきによって回路ケ形成する1リン
ト配勝板の表厄に筐用妊71.る無電屏@のっさ法に関
丁ゐもので、評しくaめつさ献り宅化に工っておこるの
つき反族の・滅燻的舟′狂の低−ドυよびめっき析出連
Ifす1広下ケ州J市1」シて、安定し1ヒjt9注會
もつめっさ皮膜υよひりっさ全1出込度會狗らnる無電
掛銅めっさ伝に関する〇無電M鋼めっき&1よって回路
r形戟丁ゐ)°リント自己細板υ衣】宜rJ、促米のエ
ッチフグ沃Vc↓るlL!回路形戚力汰に比べて、必資
l■Sガり吟・VC舞jめっさ丁ゐためvL礪資碑でり
るCと、スルポール部分と半1fO1!2I紐S分のの
っさか同時にiこなわ7LるためVt工程が短か(72
ゐことなとV0工っ−(、世コスト化がl:IJML 
’fzたのVCC近年輻幅伸ひてさている技術でめる。
DETAILED DESCRIPTION OF THE INVENTION [Detailed Description of the Invention] A 1-lint distribution board in which circuits are formed between children by electroless copper plating is used for the housing 71. It is said that it is related to the non-electronic screen @ Nossa method, and is praised for the low-density and plating deposits of the anti-zoku and anti-smoking boat mania that occur in the construction of houses. Continuing If 1 Hironoshita Gashu J City 1'', stable 1 day jt9 injection also Tsumesa film υyohirissa all 1 outgoing meeting 〇 Regarding the electricityless copper plating story Non-electro M steel plating & 1 circuit r-type cutting ゐ) ° lint self-thin plate υ cloth] YirJ, promotion rice's etch blowfish Vc↓rulL! Compared to the circuit type, it is necessary to use the S Garigin, VC Maij Messa Ding, VL 礪Investment monument, and the S part and half 1 f O 1! 2 I string S part. Is the Vt process short because 7L is completed at the same time? (72
Ikotona and V0 engineering (, world cost is l: IJML
'fz' VCC is made using technology whose convergence width has been increasing in recent years.

ところか、焦電P!I#銅めっき故aめっき処理τ場゛
C々っでいく内vCめっき液か汚栄をn老化し易く、よ
尺そりめっき欣から得らnるりつき皮膜の俄4承的椅注
お工びめっき析出速度がりつき欣汚染の影響を父けて低
下する胡1f’Jかある。
By the way, Pyroden P! I # Copper plating is a plating process in which the vC plating solution or stains are easily aged, and the slick coating obtained from the warping plating process is difficult to achieve. There is a possibility that the plating deposition rate will be reduced due to the influence of stick contamination.

燕4牌鋼めつきの′1更用していく内VCおこる上配し
7ζ注目ヒの低下μ、1劉として仄弐にボ丁工りl無′
胤屏銅めつさ反応に孟って生°rるへaオSO4お・よ
びHct+oNa nどの副生成物の蓄積ytよる影#
が考えらjLる0 CuS04 ・58sO+2CH*0+4NaOH−+
Cu’+Na*SO4十2HCOONa 十H重↑+7
f(、+OLかしh%つとλ′@な原因としてに、グリ
ント配線丞板およびのりさレジストなどの材料から、め
る柚の成分がめっ1!g甲に佃出さnて、そnらの?#
&が増大してよ配特注に影響を与える揚台の刀が多い。
As the 4th Tsubame steel plated '1 is reused, VC occurs and the attention level of 7ζ decreases μ, and as 1 Liu, there is no bottoming in the 2nd place.
The shadow caused by the accumulation of by-products such as SO4, Hct+Na, and Hct+oNa, which are produced during the reaction.
I can think of 0 CuS04 ・58sO+2CH*0+4NaOH-+
Cu'+Na*SO4 12HCOONa 10H heavy ↑+7
f(,+OL+h% and λ'@) As a cause, the ingredients of meruyu from materials such as glint wiring boards and laminated resists are very much exposed to 1!gA, and so on. of?#
There are many swords of Yangtai where & increases and affects the custom order.

厚付は用無a′M鋼めっき敵に大抵敵崗が60℃以上の
筒編であり田も11以上と茜い0次輪のめっき)!V、
ざる侍るためrCl プリント自己巌孜用泰@i l 
O時間〜30時間めっ@欣に陵漬される。でのために羽
科からめっ@赦VC佃出さnる一pj染成分も無視で@
ない#度にlゐ〇従来からの方法でに、こ扛らの問題ン
少なくするために、めっき浴がバッチ方式の)M甘は候
品のめっき1〜叙サイクルで糾しいめっき敵と父侠して
いる0他方めっき慣會連続便用する揚せa1めっき液の
1部分τ遅続的に併出しなから、純水および楽aの電力
IItめっき反膜、で消費ざnる運表工9も多く2こな
い、絶え丁ν丁しい欣とメニ侯さnる工うにして行−7
ている。
Thick plated steel plated steel is mostly cylindrical knitted with a temperature of 60℃ or higher, and the plated plate is 11 or higher and has a red 0th ring)! V,
Zaru Attendance rCl Print Self Iwao Kei Yoyasu @i l
O hour ~ 30 hours @ Kin pickles. For the sake of it, I'm ignoring the pj dyeing ingredients from Haneshina.
In order to reduce these problems in conventional methods, the plating bath is batch-type). On the other hand, during the plating session, a portion of the plating solution used for continuous plating is drawn out slowly, so pure water and the electric power of the plating film are consumed. There were not many workers 9, and the Marquis of Meni was going to work with great sadness.-7
ing.

しかし、このような方法においても、めっき皮膜■倣械
的%性の低下およびめっき析出連層の低下が間趙となる
J!h甘がめり、箇ためつき液の父侯や多1の粟液補光
a触揖的にも不都合でン) 6 。
However, even in such a method, there is a problem of a decrease in the mechanical % of the plating film and a decrease in the plating precipitation interlayer. It is also inconvenient to use the succulent, boiling liquid fathers and many millet liquid supplements (a) 6.

本兄明はこり↓9な点に鑑みてなき扛たもので無′−解
銅のつき故VC1匙泡性がlQmr++以上、亀体安連
性が30%以上υ、分子中にポリオキシエチレン鎖−+
 CH諺Cl m O+ 全tつ界囲箔性剤會u、01
〜10厘fiL%繞カロし、この無′亀解銅めっ酪歇r
C′Jfs気して気mk形成ざぜ、浮上した気。
My brother's Akira is stiff ↓ It is a product that has not been made in view of 9 points, and because of the absence of copper decomposition, the foaming property of VC1 is more than lQmr++, the stability of the body is more than 30% υ, and polyoxyethylene in the molecule. chain −+
CH proverb Cl m O+ all t surrounding foil agent association u, 01
~ 10 liters of carbon, this free copper plated lamp
C'Jfs ki mk formation, ki surfaced.

旭τ無亀解銅めっき欣から従云しながらめっきt付なう
ことを籍埴とするものでわる。
Asahi τ is a type of copper plated with copper plating.

丁なわち、不発#3A+”x sめつき液の老化會防ぎ
での粕釆めっさ皮膜の慎械的軸性の低下およびめっき析
出速農のial’會迎制でさる無t4.屏銅りっきぬ全
提供するもので、無電解銅めりき敵に、匙N性が1Qm
rn以上、泡沫女疋性か60%以上の、分子中にポリオ
キシエチレン鎖、tもつ界+1゜活性沖]iu、o+ 
〜+on電7o硲刀口し1 この熊゛鴫牌鋼めつI!准
に送気して気泡全形成ざぜ、浮上した気rre11[J
つき液から除去しながらめっきをおこなうことVLtb
る〇 こn4JJHt理的にはめっ@液に伯≦刀口したポリオ
キシエチレン鎖tもつ界I11[]rI5性刑か、下式
に示すように、ポリオキシエチレン鎖の叡個のば索とカ
チオンか戊JC,I してオキンニ2ムイオンを生じて
、その粕米ポリオキシエチレン順がオキソニクムカチオ
ンとして挙動することにlり、そのために対イオンでめ
るアニオンとM台すると(HUCf(g・CCHオ・6
・CHM)、(C山・0・C)1 ffi )、−C1
4*OHJ〔アニオン〕5 このポリオキシエチレン鎖の作用會フリント配解板用り
裁板である紙−2エノール基板について考えてみゐと、
めっ@arX罰配し′fcLうにL1!6鴎、島アルカ
リであるために、少量ではめるが水反応りフェノールや
〃i水分屏によってフェノール倒加胡%11都浴屏して
めっき欣に佃田ざ5− γしているとf想ざfLる0まためつき液にはOH詠と
して水酸化アルカリを1史川するりで多1tυアルカリ
カチオンが伴在する0そりために、めっさ牧甲でに上式
のカチオンの個所にアルカリカナオンか#甘し、アニオ
ンv1向/′51f17c佃11j成分η為姑台すると
考えらnる〇 ポリオキシエチレン鎖を言む界囲浩性沖]μ上FIBシ
fC工9にめっき歇老化成分を取り込むfU用かめる。
In other words, it is possible to reduce the mechanical axis of the plating film by preventing aging of the plating solution, and to improve the plating precipitation speed. It provides all copper plating, and the N property is 1Qm compared to electroless copper plating.
rn or more, foamy or 60% or more, polyoxyethylene chain in the molecule, t + 1゜active oki] iu, o+
~+on Den 7o Kantoguchishi 1 This bear, Shikappai Haganetsu I! Air was supplied to the air, all the bubbles were formed, and the air rre11 [J
Performing plating while removing from the coating solution VLtb
ru〇kon4JJHtTheoretically, it is a field I11[]rI5 with a polyoxyethylene chain t that has a liquid ≦ t, as shown in the formula below, the polyoxyethylene chain has a number of strands and a cation. JC, I generate oxygen ions, and the lees polyoxyethylene behaves as an oxygen cation, and therefore, when the counter ion forms an anion and M units, (HUCf (g・CCH O・6
・CHM), (C mountain・0・C)1 ffi), -C1
4*OHJ [Anion] 5 Let us consider the effect of this polyoxyethylene chain on a paper-2 enol substrate, which is a cutting board for a flint distributing board.
Me @ ar Tsukudaza 5- When you use γ, you will think that the eyelash solution contains alkali hydroxide as an OH compound. It is thought that the cation in the above formula is an alkali canon or an anion v1 direction/'51f17c Tsukuda 11j component η, so it is considered to be a polyoxyethylene chain. [Oki] FIB on μ FIB fC machine 9 for fU to incorporate plating aging components.

上記作用aホリオ干シエナレン頼+Ci(よc昭へのn
叡が10以上でめfLは好ましい。汚染成分を取v込ん
だホリオキシエテレン@會せむ界曲随性網をめっき液の
糸外に連続的rc取り出丁には、めっ@液に送気して、
汚染成分子、堆9込んだ上記界面γ占性刑の′:iL翻
倉形成させ、浮上しん気泡’a=llf、云することが
賊も部付の良い方法である。
The above action a Horio dry Siena Ren + Ci (yo c Akira to n
It is preferable that the value is 10 or more. Continuously remove the phosphoryoxyethylene containing contaminant components from the plating solution by rc, and then blow air into the plating solution.
A good method is to form contaminant molecules and sediment at the interface γ:iL, and to form floating bubbles 'a=llf.

こり刀体りためには、めっき准に送気し′fc礪猶り起
准筐が尚くて、しかも生じた気泡會除去丁/bためyc
泡泳女足性の動いことか必賛てめる。
In order to restore the stiffness of the sword body, air must be supplied to the plated surface to remove the air bubbles that have formed.
I can't help but admire the movement of the bubble swimming woman's feet.

6− 起m1住rJ旧住12關の試験管に無′亀屏銅のつき准
25 mlと9、分子中rcホリオキシェテレン順を甘
む界囲后性剤を11倉%添〃[1してよく分散させた懐
、栓をしで上下に5回振盪ちゼた貝恢υ重体ノーの灸式
奮読みとゐこと&(Lより側建丁ゐ。
6- Add 25 ml of copper-free and 11% of a surrounding agent that sweetens the rc-phoryoxeterene order in the molecule to a test tube of the original residence 12. 1. Disperse the shellfish well, cap it and shake it up and down 5 times.

重体1曽の*さか佼いものほと望ましいかlQmm以よ
ぉjLは艮い。重体安定性は浮上した泡沫の仮馴しにく
δであり1界l]]1r占性剤VCと9込んだ汚東成分
紫泡床状悪で泳云する(1)でめゐから、デボであるほ
ど良い。l¥i1体女足注a起泡江とFJ妹の方法で振
盪し、垂直rC立て、60分間靜直しでυさ最初の削泳
ノー長さと60分俊のN諏ノー焚ざを耽みとる。泡沫層
の消削り少ないものが積lしく、破初の尺延の30%以
上あγしは艮い。
Is it really desirable to have someone with a serious condition? The stability of the body is δ, which is the temporary incompatibility of the bubbles that have surfaced, and the 1r occulting agent VC and the 9-containing septic component are swimming in a purple foam bed (1). The more debo the better. Shake using the method of Awae and FJ Imouto, set the body vertically, and sit quietly for 60 minutes to enjoy the first swim length and the 60 minute short N suwa no burn. There is a large amount of foam layer that has not been eroded, and the extent of the foam layer is not more than 30% of the initial elongation.

本発明で好適なn−[MI油性卸Jとしてはb yt+
えは次のL′:)なものかある。
In the present invention, suitable n-[MI oil wholesaler J is byt+
E is the following L':).

No(C1(*CH*0)  kl     R’アル
キル示盪たμCH,UCOR CH,u(CHxcHヨ0几H Ct(、+U (C)imcHnO) rI H碌)A
IMはめっ@液Vt送気した時に気泡が生成すtL4s
W−’L”ht”LtflL < 0.01〜10!i
t%で良く、十4的にに1厘重%が適当でおる〇送気す
る気体は窒気お工ひテラ累カスなどが用いら7’Lる。
No(C1(*CH*0) kl R'alkyl indicated μCH, UCOR CH, u(CHxcHYO0几H Ct(,+U (C)imcHnO) rI H碌)A
IM @liquid Vt Bubbles are generated when air is supplied tL4s
W-'L"ht"LtflL < 0.01~10! i
t % is sufficient, and 1 liter weight % is suitable. The gas to be supplied may be nitrogen gas or the like.

一般ににめっ@欲の安屋化方法としてr”cvc公知の
エアレーションと求ねることができる。送気の方法とし
てrL′空気ポンプ、尚比カスなとが便用過しる。気泡
ケつくる方法としてr、+めっ@液中に送気バイア°f
:収け、このパイプVC小すしケ必げてpくかあるいr
ユ多孔敏lとをtX、さこ扛Vc送気して気削會つくる
0送気時「i」と浮上した泡沫層の除去は連続でも艮く
lた間けつ的″′r:も艮い(。
In general, the aeration method known as r"cvc can be used as a method to make the air bubbles. As a method of air supply, the rL' air pump, and the kasunato are commonly used. To create air bubbles. The method is r, +metal @ air supply via °f
:Settle, this pipe VC small sushi must be p or i r
The removal of the foam layer that has surfaced as ``i'' when air is blown is continuous or intermittent. (.

本発明において′改用されゐ無′也解銅めっさ准はとく
に%殊な配付のものでにない。@堰、シd化却j%還元
剤2工びFI(脚贅剤とから成る一般の無篭屏鋼めっき
漱が用いら扛る0銅塙としては、句1c[銅、ハロゲン
化鋼、硝ml’114s B[%]等か。
The decomposed copper plating material that has been modified in the present invention is not particularly special. @Weir, oxidation, oxidation, j% reducing agent, 2nd process FI (leg baldness agent). Nitrogen ml'114s B [%] etc.?

蛤化剤としては、エチレンシアεン四酢ば、ロッシェル
編寺が還元剤としてはホルマリン、バラホルムアルデヒ
ド寺が、mXu刑としてa水酸化ナトリウム等が1史用
ざnる0代表的な無′岨′S+めっき赦としては、硫酸
銅6〜20 g/l。
Ethylene cyanide vinegar is used as a chlorinating agent, formalin and formaldehyde are used as reducing agents, and sodium hydroxide, etc. are used as reducing agents. 6 to 20 g/l of copper sulfate for S+ plating.

エチレンジアミン四酢販、銅基l#度ノ1.2〜3倍モ
ル績度菫、37%のホルマリン水浴性2〜251111
/L田11.5〜1j口のものが好ましい。渦匿に90
℃以下で竹うのが良い。
Ethylenediaminetetra vinegar sold, copper base 1.2 to 3 times the molar degree violet, 37% formalin water bathability 2 to 251111
/L field 11.5~1j mouth is preferable. 90 in Uzuhime
It is best to store bamboo at temperatures below ℃.

央INA例1 めっ@計として、硫酸銅0.04モル/l。Central INA case 1 Copper sulfate: 0.04 mol/l.

EDTAU、05モル/1%ホルムアルデヒド41、0
5 =ル/ l 、 NaCN O,0005モル/l
お工ひPH10,8からhyる組織のも[F]を1史用
した。
EDTAU, 05 mol/1% formaldehyde 41,0
5 = l/l, NaCN O, 0005 mol/l
[F] was used for the first time in a tissue whose pH ranged from 10.8.

ルーツっさFfim Ijt t、I 711±1℃で
バッチ方式で20なった。
Rootssa Ffim Ijt t, I 711 ± 1°C and became 20 in batch mode.

フリントn己勝板用基板り戯−ノエノール基板?閏用し
、めっき回路と基板との密層付与のために、丞板衣l用
にNBk−フェノール禾の銀漕創忙60μm渓41i−
竣化した俊其刻祖化し罠も(/J釦用いた。めっ@故へ
のフリント配勝似用基懐v、)反漬電μ、丞叡衣l槙で
衣わして300J/βで!り心。
Flint n's board play - Noenol board? In order to provide a dense layer between the plating circuit and the board, we applied a 60μm layer of NBk-phenol to the plate.
The completed Shunki engraved trap (I used the /J button. Me @ Late Flint distribution similar use base v,) anti-dukeden μ, Jo Ei l Maki and clothed with 300J / β ! heart.

介萌を占1王71]ネボリエテレ/グリコールモノオレ
イルニーアル 束水化紙表) ffi 1 g/l冷加した0めつき赦
への送気力法Fuボリグロヒレンバイフに杓2軸の穴k
 1 5 111111間肯V(あけた送気バイブrめ
っき憎低■に付設し2て、めっき?& 1 rn’あた
91分間に10LIJVJ空気紫送気した。
71] Neborietere/Glycol monooleyl Nial hydration paper table) ffi 1 g/l Cooled air supply method Fu Borigurohirenbaifu with two ladle holes k
1 5 111111 interval V (attached to the open air supply vibrator R plating hate low ■ 2, plating? & 1 rn' 10 LIJVJ air was supplied for 91 minutes.

浮上し罠旭体膚を除去しながらめっき?おこなった。Plating while removing the floating trap Asahi skin? I did it.

実施VU2 夫施?111の界囲を占住却]り代わ9に、ホリエチレ
ンタリコールモノーハラーノニルフェニルエーテル(N
o(C)i、cti*0)1(PM<CvM+e、 n
 = I 。
Implementation VU2 Husei? 111] Instead, polyethylene tallycol monohalanolylphenyl ether (N
o(C)i,cti*0)1(PM<CvM+e, n
= I.

米宛化hy、表)1rAg/l亦〃11シて、凹イ求V
こめっさt為ゝこなっlζ0 実施例6 表施1yil 1の介曲r古注卸jの代イフシVC1ボ
リエナレンクリコールQJリン敵エステルでl> 6 
GAIC。
hy, table) 1rAg/l 亦11, concave request V
Example 6 Expression 1yil 1's intermediary r old note wholesaler j's representative VC1 bolienalencricol QJ rin enemy ester l> 6
G.A.I.C.

Rh;−610(n= I 0以上、束部1シ、′4m
 ) x +gld石X力口して、1司休にυつき紮お
こなった0比教′丙 拠施例1にνいて、9気り然気1−4分こなったが浮上
したn31床増t、T除去しlいでめつさt3こなつ7
迦0 以上の谷実施劉において、のっさ弔1サイタルふ・よひ
第5+jイタルについて、僧らlした納めっき皮膜の耐
?1披労強腿おLひのっさ型丁出速肢の結末を衣+ V
CCボロ耐セ「肢労独凝り測カヱσJIS−)’811
5に1憚したvR近鼓労賦秋習でυこなつ尺Q析り曲け
■のIfthI牟eJ千住2111111のもV)τ役
用し7toこのiA−器にLlシは、耐折疲労59i度
〃)試P+仮耐lでの竹り曲は1欽でボさ2’LるOp
 甲yc 6−x、K)ツさ1良厚25 pm V’C
侠葬し7’c 11M ’#ンJく丁O 表  1 以上ml明しπ1うVL本発明に於てμ1分壬申に小す
オキシエチレン顧τもつ界面粘性剤紫黒゛…、屏のり@
故に酪〃lし、こOめっ′f!e、VC込気【−で気送
気t形成させ、浮上した気削tめつさ漱から除去しな力
ふらのっさτイ丁々9ことによって。
Rh; -610 (n = I 0 or more, bundle part 1, '4m
) x +gld stone T, T removed and l Metsusa t3 Konatsu 7
迦0 In the above-mentioned Tani Jitsuryu, what is the resistance of the plating film used by the monks regarding Nossa's funeral 1st and 5th +j ital? 1 The end of the strong thighs, L Hinosa type, and fast limbs + V
CC Boro Taisei "Exercise Measurement KaeσJIS-)'811
I was worried about vR near drum training in 5, and the υ Konatsu shaku Q analysis and bending ■ Ifth I MU e J Senju 2111111 was also V) τ, and 7 to this iA- device was Ll shi, bending fatigue 59i. degree) Bamboo song with trial P + provisional resistance l is 1 kin and 2'L Op
K yc 6-x, K) Tsusa 1 good thickness 25 pm V'C
7'c 11M'#nJkudingO Table 1 In the present invention, an interfacial viscosity agent having an oxyethylene concentration τ that is smaller than μ1 min. @
That's why I'm so depressed! e, VC air [-] is used to form air supply, and the surfaced air is removed from the surface by the force of the air.

めっき皮膜の僚慎的性責お工ひめつき析出速度かめっ@
液−贅初期の置注を維う守できる。
Deposition speed due to plating film
It is possible to maintain fluid injections in the early stages of swelling.

代理人弁鹿士 看 林 邦 彦 16−Agent Benkashi Kunihiko Hayashi 16-

Claims (1)

【特許請求の範囲】 1、 無菟簿廟のつさ版に、赳層江がlIJII1m以
上、剋床安建注〃)60%以止り1分子中にポリオ−v
−7エナレン刺モCd * C1(z Uす 葡tつ界
囲后g、浄11a、o+〜10厘I殖角≧力lし、この
無電P#銅のつさ故に送気して気帛て層成さぞ、仔土し
た気層を無電解銅めつさ故〃1ら除云しなからのつきt
行lンことt待猷とする無電解wUのつ@法0 2、界囲r5!lE沖」のホリ万干ンエテレン届の七ル
畝nか10以上である有針請求の範囲第1項記載の無電
M納めっき法。
[Scope of Claims] 1. In the Tsusa version of the Wuxiao Temple, there is more than 1m of polio-V in one molecule, and more than 60%
-7 Enalen Stimulation Cd * C1 (z Usu Gradient world surrounding g, pure 11a, o + ~ 10 rin I angle ≧ force l, and because of this non-electrified P# copper string, air is blown and air is blown) As the layer is formed, the air layer formed by the soil is removed because of the electroless copper layer.
Row lun also known as t maiyu and electroless wU @ method 0 2, Kaiki r5! 1. Electroless M plating method according to claim 1, which has needles of 7 or more ridges (n) or more than 10.
JP2758282A 1982-02-22 1982-02-22 Electroless copper plating method Pending JPS58144463A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2758282A JPS58144463A (en) 1982-02-22 1982-02-22 Electroless copper plating method

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2758282A JPS58144463A (en) 1982-02-22 1982-02-22 Electroless copper plating method

Publications (1)

Publication Number Publication Date
JPS58144463A true JPS58144463A (en) 1983-08-27

Family

ID=12224954

Family Applications (1)

Application Number Title Priority Date Filing Date
JP2758282A Pending JPS58144463A (en) 1982-02-22 1982-02-22 Electroless copper plating method

Country Status (1)

Country Link
JP (1) JPS58144463A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS59172977U (en) * 1983-04-30 1984-11-19 株式会社東芝 refrigerator
CN113873774A (en) * 2021-09-15 2021-12-31 江苏贺鸿电子有限公司 Horizontal copper deposition device for manufacturing printed circuit board

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS59172977U (en) * 1983-04-30 1984-11-19 株式会社東芝 refrigerator
CN113873774A (en) * 2021-09-15 2021-12-31 江苏贺鸿电子有限公司 Horizontal copper deposition device for manufacturing printed circuit board
CN113873774B (en) * 2021-09-15 2023-08-29 江苏贺鸿电子有限公司 Horizontal copper deposition device for manufacturing printed circuit board

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