Ifilimu Eyomile Eyomile Yokufika yase-China Photosensory Membrane Sensitive - Ifilimu Eyomile Isetshenziswe ku-FPC kanye ne-PCB

Ifilimu Eyomile Eyomile Yokufika Yase-China Photosensory Membrane Sensitive - Ifilimu Eyomile Isetshenziswa Ku-FPC Ne-PCB - Isithombe Esifakiwe Esifakiwe Senhlanhla

Ifilimu Eyomile Eyomile Yokufika yase-China Photosensory Membrane Sensitive - Ifilimu Eyomile Isetshenziswe ku-FPC kanye ne-PCB - I-Lucky Innovative

Incazelo emfushane:

Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Ividiyo Ehlobene

Impendulo (2)

Inhloso yethu ukwethula imikhiqizo yekhwalithi ephezulu ngamanani aqinile, kanye nezinsizakalo ezisezingeni eliphezulu kubathengi emhlabeni wonke. Sithole isitifiketi se-ISO9001, CE, kanye ne-GS futhi sinamathela ngokuqinile emibhalweni yabo emihle kakhuluIfilimu Yokucindezela Okuphansi,Ifilimu Yokulinganisa Ibhalansi Yengcindezi,Magnetic Stripe Atm Card, "Ikhwalithi kuqala, Intengo ephansi kakhulu, Isevisi engcono kakhulu" umoya wenkampani yethu. Siyakwamukela ngobuqotho ukuthi uvakashele inkampani yethu futhi uxoxisane ngebhizinisi elihlangene!

Ifilimu Eyomile Eyomile Yokufika yase-China Photosensory Membrane Sensitive - Ifilimu Eyomile Isetshenziswa Ku-FPC Naku-PCB - Imininingwane Yenhlanhla:

Isicelo somkhiqizo

Kusetshenziswa Ebhodini Lesifunda Eliphrintiwe kanye Nebhodi Lesifunda Eliphrintiwe Le-Flexible, ngenzuzo yokusebenza okuhle kakhulu kokunakekela, ukulungiswa nokunamathela.

Ukwakheka Komkhiqizo

Ifilimu eyomile

Ukucaciswa komkhiqizo

Ikhodi Yomkhiqizo	Ifilimu Eyomile ye-LK-D1238 LDI	I-LK-G1038 Ifilimu Eyomile
Ubukhulu (μm)	38.0±2.0
Ubude (m)	200ｍ
Ububanzi	Ngokwesicelo samakhasimende

Amapharamitha womkhiqizo

(1) Ifilimu Eyomile ye-LK-D1238 LDI

I-LK-D1238 LDI Dry Film ilungele umshini wokuchayeka ngezithombe eziqondile, enobude obungamaza omabili angu-355nm no-405nm.

Into kanye nendlela yokuhlola			Idatha yokuhlola
Isikhathi esifushane sokuthatha izithombe (1.0wt.% Na2CO3 isixazululo samanzi, 30℃) *2			25s
Ubude begagasi (nm)			355	405
Ukusebenza ngemuva kwe-Imaging	Ukuzwela kwesithombe (*2×2.0)	ST=7/21 Amandla okuveza*3	20mJ/cm2	15mJ/cm2
	Ukulungiswa(*2×2.0)	ST=6/21	40μm	40μm
		ST=7/21	40μm	40μm
		ST=8/21	50μm	50μm
	Ukunamathela(*2×2.0)	ST=6/21	50μm	50μm
		ST=7/21	40μm	40μm
		ST=8/21	35μm	35μm
	【Ukuthembeka Kokugcina】3 10 izimbobo (6mmφ) Izinga lokugqabuka kwembobo (2×2.0×3 izikhathi)	ST=6/21	0%	0%
		ST=7/21	0%	0%
		ST=8/21	0%	0%
Isikhathi sokuphela sokukhipha (3.0wt.%NaOH isixazululo samanzi, 50℃)		ST=7/21* 1 Amandla okuveza	50s	50s

(2) I-LK-G1038 Ifilimu Eyomile

I-LK-G1038 Ifilimu Eyomile ifaneleka ukuxhumana nomshini wokuchayeka, one-wavelength eyinhloko engu-365nm.

Into kanye nendlela yokuhlola			Idatha yokuhlola
Isikhathi esifushane sokuthatha izithombe (1.0wt.% Na2CO3 isixazululo samanzi, 30℃) *2			22s
Ukusebenza ngemuva kwe-Imaging	Ukuzwela kwesithombe (*2×2.0)	ST=8/21 Amandla okuveza*3	90mJ/cm2
	Isixazululo (*2×2.0)	ST=6/21	32.5μm
		ST=7/21*1	32.5μm
		ST=8/21	35μm
	Ukunamathela (*2×2.0)	ST=6/21	45mm
		ST=7/21	40μm
		ST=8/21	35μm
	(Tending Reliability)3 10 izimbobo (6mmφ) Izinga lokugqabuka kwembobo (2×2.0×3 izikhathi)	ST=6/21	0%
		ST=7/21	0%
		ST=8/21	0%
Isikhathi sokuphela sokukhipha (3.0wt.%NaOHwater solution, 50℃)		ST=7/21*1 Amandla okuveza	50s

(Idatha engenhla ingeyereferensi kuphela)
Qaphela:

*1: I-Stouffer 21 Stage Exposure Energy Scale.
*2×2.0: Isithombe esinesikhathi esiphindwe kabili sesikhathi esifushane sokucabanga.
*3: Uma kugxilwe Ekuthembekeni Kokubamba, kuyanconywa ukusebenzisa inani lamandla okuchayeka lesiteji esingu-7~8.
*4: Idatha engenhla ihlolwe yimishini yethu kanye namathuluzi.

Inqubo Yohlelo Lokusebenza

umkhiqizo

Isexwayiso Esicelweni

(1) Isicelo : Sebenzisa le filimu kuphela njengokumelana nezinto ezihlobene nebhodi lesifunda eliphrintiwe kanye nokunye ukwakheka kwephethini.
(2) Ukwelashwa ngaphambi kwesikhathi : Izinsalela zezinto eziphilayo, amabala ngenxa yokungamanzi ngokwanele nokomisa endaweni yethusi, kungabangela ukubola kwe-polymerization kanye nokungena kwesisombululo sokucwenga noma sokunamathisela.Sicela wome ngokuphelele ngemva kokugeza ngamanzi. Ikakhulukazi, lapho umswakama uhlala ngaphakathi kwembobo, kubangela ukuphuka kwetende.
(3) Ukushisa kwe-substrate : Ukushisa ngaphambi kwesikhathi ekushiseni okuphezulu kakhulu isikhathi eside kungase kubangele ukugqwala. Kufanele kwenziwe ngaphansi kwemizuzu eyi-10 ku-80 ℃ futhi ngaphansi kwamaminithi angu-3 ku-150 ℃. Futhi lapho izinga lokushisa elingaphezulu kwe-substrate ngaphambi kokucwazimula lingaphezu kuka-70℃, ukujiya kwefilimu onqenqemeni lwembobo kungase kube mncane kakhulu futhi kungase kubangele ukuphuka kwamatende.
(4) Ukubamba ngemva kokucwenga kanye nokuchayeka : Bamba ngesihlangu esikhanyayo noma ngaphansi kwesibani esiphuzi (amamitha angu-2 noma ibanga elingaphezulu elidingekayo). Isikhathi esiphezulu sokubamba esimweni sokugcina (ngaphansi kwesibani esiphuzi) yizinsuku ezi-4. Ukuchayeka kufanele kwenziwe phakathi kwezinsuku ezi-4 ngemva kokulanyiswa.Ukuthuthukiswa kufanele kwenziwe phakathi kwezinsuku ezi-3 ngemva kokuchayeka. Umsebe wesibani esimhlophe esingewona u-ultraviolet uneminye imisebe ye-ultraviolet, ngakho-ke bamba ngesivikelo sokukhanya ngeshidi elimnyama ngaphansi kwalo.Gcina izinga lokushisa lingu-23±2℃ kanye nomswakama ohlobene no-60±10%RH. Ama-substrates aminated kufanele abekwe endaweni yokubeka ngayinye.
(5) Ukuthuthukiswa : Uma izinga lokushisa likanjiniyela lingaphezu kuka-35℃, kungenza iphrofayela yokumelana ibe yimbi kakhulu.
(6) Ukuhlubula : Hlikihla phakathi nesonto elilodwa ngemva kokucweba.
(7) Ukwelashwa kwemfucuza : Izingxenye zefilimu ezomile kumthuthukisi kanye ne-stripper zingahlanganiswa ngokungathathi hlangothi. Izingxenye ezihlangene zingahlukaniswa nesisombululo esinamanzi ngendlela yokucindezela isihlungi kanye nendlela ye-centrifugal. Isixazululo samanzi esihlukanisiwe sinamanani athile e-COD ne-BOD, ngakho-ke kufanele kulahlwe udoti ngendlela efanele.
(8) Umbala wefilimu : Umbala uluhlaza/luhlaza okwesibhakabhaka. Nakuba umbala ungase ushintshe kancane kancane ngokuhamba kwesikhathi, akufanele ube nomthelela kusici.

Isexwayiso On Storage

(1) Uma isitoreji senziwa endaweni emnyama, epholile, neyomile ezingeni lokushisa elingu-5℃ 20℃ kanye nomswakama ohlobene ongu-60%RH noma ngaphansi, ifilimu eyomile kufanele isetshenziswe phakathi kwezinsuku ezingu-50 ngemva kokukhiqizwa.
(2) Gcina amaroli efilimu avundlile ngokusebenzisa ama-rack noma amabhodi okusekela ukuze uwagcine. Uma ebekwe zibheke phezulu, amashidi efilimu eyomile angase ashibilike ngalinye futhi ukumila kwawo kungase kufane nehlumela loqalo (imiqulu ibekwe phansi ivundlile ephaketheni).
(3) Khipha amaroli efilimu eshidini elimnyama ngaphansi kwesibani esiphuzi noma uhlobo olufanayo lwesibani sokuphepha. Ungawashiyi ngaphansi kwesibani esiphuzi isikhathi eside. Mboza amaroli efilimu ngeshidi elimnyama uma uwagcina isikhathi eside.

Izithombe zemininingwane yomkhiqizo:

Umhlahlandlela Womkhiqizo Ohlobene:

Ukuphishekela kwethu kanye nenhloso eqinile kufanele kube “ukufeza izidingo zomthengi njalo”. Siyaqhubeka nokukhiqiza nokuhlela izixazululo ezisezingeni eliphezulu ezisezingeni eliphezulu ngokulinganayo kubathengi bethu asebekhulile nabasha futhi sifeze ithemba lokuwina-wini kubathengi bethu kanye nathi nge-New Arrival China Photosensory Membrane Sensitive Dry Film - Ifilimu Eyomile Isetshenziswe Ku-FPC Naku-PCB - Lucky Innovative , Umkhiqizo uzohlinzeka emhlabeni wonke, njenge: I-Morocco, i-Botswana ikhiqiza umhlaba wonke ngokusebenza okuthembekile, intengo ephansi yokwehluleka, ifanele ukukhetha kwabathengi be-Jeddah. Ibhizinisi lethu. Itholakala emadolobheni kazwelonke athuthukile, ithrafikhi yewebhusayithi ayinazo izinkinga, izimo zendawo nezezezimali ezihlukile. Siphishekela "ukuthambekela kubantu, ukukhiqiza okucophelelayo, ukuxoxisana, ukwenza ifilosofi yenkampani enhle". Ukuphathwa kwekhwalithi enhle okuqinile, isevisi enhle kakhulu, izindleko ezithengekayo e-Jeddah kuyisimo sethu esizungeze isisekelo sabancintisana nabo. Uma kudingeka, wamukelekile ukuthintana nathi ngekhasi lethu lewebhu noma ngokubonisana ngocingo, sizokujabulela ukukusiza.

I-Dry Film Photoresist