HSQY Capacitor Biaxially Oriented Polyester Film

BOPET Fim ɗin Polyester don Aikace-aikacen Capacitor

HSQY yana samar da fim ɗin polyethylene terephthalate mai kusurwa biyu, wanda kuma ake kira fim ɗin BOPET ko fim ɗin polyester PET , a cikin kauri na 12-75 μm da faɗin da aka keɓance har zuwa 1250 mm. Ana iya kimanta takamaiman maki don naɗewar capacitor, ƙarfe, rufin lantarki da aikace-aikacen canza lantarki waɗanda ke buƙatar kauri mai sarrafawa, kwanciyar hankali mai girma da aikin lantarki da aka rubuta.

Amsa mai sauri: Ba kowane fim ɗin fakiti BOPET fim ne mai matakin capacitor ba. Kafin amfani da wannan kayan a matsayin tushen capacitor dielectric ko ƙarfe, mai siye dole ne ya amince da ainihin ma'aunin ta amfani da bayanai don ƙarfin dielectric, ma'aunin dielectric, ma'aunin dissipation, juriyar girma, bayanin kauri, raguwar zafi, yanayin saman, tsafta da aikin lanƙwasa.

Na'urar Capacitor Fim ɗin BOPET Bidiyo

Menene Capacitor Fim ɗin BOPET ?

Fim ɗin Capacitor BOPET fim ne mai faɗi da kuma saitin zafi PET wanda aka zaɓa azaman dielectric ko azaman fim ɗin tushe don ƙara ƙarfe a cikin wasu ƙira na polyester film capacitor. Tsarin Biaxial yana inganta ƙarfin tauri, daidaiton kauri da kwanciyar hankali a cikin alkiblar injin da kuma alkiblar juyawa.

Fim ɗin capacitor PET galibi yana da alaƙa da ƙananan ƙira na DC capacitor na gabaɗaya. Ba za a iya tantance ƙarfin capacitor da aka gama ba, ƙarfin aiki, asara, yanayin zafin jiki da aminci daga kauri na fim ɗin kawai. Waɗannan sakamakon sun dogara ne akan ingancin fim ɗin, tsarin lantarki ko ƙarfe, ƙirar naɗewa, impregnation ko encapsulation, yanayin sarrafawa da cancantar capacitor.

Iyakar Samfura: Wannan shafin yana bayanin fim ɗin tushe na BOPET . Bai kamata a fassara shi a matsayin capacitor da aka gama ba, fim ɗin ƙarfe mai garanti ko madadin fim ɗin capacitor na BOPP sai dai idan an haɗa waɗannan abubuwan musamman a cikin ƙimar.

Hotuna Fim ɗin BOPET

Ƙayyadaddun bayanai na Capacitor Fim ɗin BOPET

Ƙimar da ke ƙasa sune kewayon kasuwanci da aka buga a halin yanzu. Dole ne amfani da wutar lantarki da capacitor ya dogara ne akan bayanan fasaha na musamman na maki takardar abu , hanyoyin gwaji, juriya da samfurin da aka amince da su.

Jerin Abubuwan da Za a Duba da Ingantaccen Bayani game da Capacitor-Film RFQ

Mai siyan fasaha ya kamata ya aika da tsarin capacitor da hanyoyin gwaji da ake buƙata maimakon neman fim ɗin '12 μm PET kawai.' Bayanan da ke ƙasa suna taimakawa wajen hana zaɓar matakin marufi don amfani da wutar lantarki.

Nau'in Capacitor vs Marufi da Bugawa Nau'i

Dokar siye: Fim ɗin da ke bugawa da kyau ko kuma ya yi kama da mai haske ba ya dace da atomatik a matsayin capacitor dielectric ba. Dole ne a bayyana matakin wutar lantarki, matakin marufi da kuma yanayin saman a kan ƙayyadadden ƙimar da siye.

Muhimman Halaye na Matsayin Wutar Lantarki Fim ɗin BOPET

• Tsarin biaxial yana ba da ƙarfin injina da daidaiton aiki na girma don juyawa da naɗewa.

• Fim ɗin Thin-gauge PET zai iya samar da ƙaramin zaɓi na dielectric don ƙirar capacitor na fim ɗin polyester masu jituwa.

• Ƙarfin dielectric na musamman, abin da ke haifar da wargajewa da kuma bayanan juriya suna tallafawa tabbatar da ƙirar lantarki.

• Tsarin kauri mai sarrafawa da raguwar zafi yana taimakawa wajen daidaita aikin birgima da kuma tsarin lanƙwasawa.

• Ƙarfin saman da aka ƙayyade da kuma tsafta na iya tallafawa injin ƙarfe da kuma yanke daidai lokacin da aka tabbatar.

• Za a iya tattauna faɗi da gina na musamman don samar da ƙarfe, yankewa ko samar da capacitor.

PET Fim ɗin BOPET da BOPP Capacitor Film

PET da polypropylene suna amfani da ƙira daban-daban na capacitor. Kwatancen da ke ƙasa shine alkiblar zaɓi maimakon garanti ga kowane matakin HSQY ko capacitor da aka gama.

Amfani da BOPET Fim ɗin Polyester

Kimantawar Capacitor da Metallization

Ana iya kimanta fim ɗin da aka tabbatar da ingancin capacitor don capacitors na polyester/foil ko kuma a matsayin fim ɗin tushe don haɗa ƙarfe mai dacewa. Fim ɗin da capacitor ɗin da aka gama suna buƙatar takamaiman cancanta.

Rufin Wutar Lantarki da na Lantarki

Ana iya amfani da maki na musamman na BOPET a cikin tsarin rufi mai sassauƙa, na'ura mai juyi ko na'urar canza wutar lantarki, naɗe kebul, laminates na lantarki da sassan rufin da aka canza bayan amincewa da yanayin zafi, dielectric da tsarin.

Bugawa da Marufi

Ana iya zaɓar fina-finai daban-daban na nau'in marufi ko waɗanda aka yi wa fenti da hannu BOPET don tagogi na akwati, lakabi, marufi da aka buga da laminates. Bai kamata a maye gurbin waɗannan maki da fim ɗin capacitor ba tare da cancantar lantarki ba.

Canza Masana'antu

Fim ɗin BOPET na musamman na aikace-aikace kuma zai iya tallafawa aikin bugawa, shafa, laminating, saki, canja wuri da ayyukan kariya lokacin da aka amince da buƙatun saman, gogayya, na gani, zafi da mannewa.

Takardun Inganci da Bin Dokoki

Don amfani da capacitor ko lantarki, takardu ya kamata su gano ainihin ma'auni, kauri, hanyar gwaji, yanayin da kuma wurin da za a yi amfani da shi. Tambayi tsarin rahoton TDS, SDS, CoA ko na dubawa na yanzu, bin diddigin wurin da za a yi amfani da shi, taswirar birgima ko ma'aunin lahani inda ya dace, da kuma sanarwar kasuwar da ake buƙata ta aikace-aikacen ƙarshe.

Haɗu da HSQY a Nunin Duniya

HSQY tana haɗuwa da masu sauya fina-finai, masu rarrabawa da masu siyan kayan masana'antu a wuraren baje kolin ƙasa da ƙasa don tattauna matakan BOPET , ƙayyadaddun bayanai, samfura, takardu da ayyukan fitarwa.

Tambayoyin da Ake Yawan Yi Game da Capacitor Fim ɗin BOPET

Menene Capacitor Fim ɗin BOPET ?

Fim ne mai kusurwa PET wanda aka zaɓa a matsayin tushen dielectric ko metallization don ƙirar polyester film capacitor masu jituwa. Matsakaicin matakin yana buƙatar cancantar lantarki, zafi, girma da saman.

Shin Kowanne Fim ɗin BOPET Ya Dace Da Capacitors?

A'a. Marufi, bugu, na gani da na lantarki BOPET suna amfani da tsari daban-daban, saman da kuma sarrafa inganci. Amfani da na'urar capacitor yana buƙatar ingantaccen matakin lantarki da gwajin na'urar juyawa ko ƙarfe.

Wane Kauri da Faɗi HSQY Zai Iya Samarwa?

Kauri da aka buga shine 12-75 μm kuma ana iya samar da faɗin da aka keɓance har zuwa 1250 mm. Tabbatar da ainihin ma'auni, haƙuri, faɗin tsagewa, core, diamita na birgima da adadin gwaji kafin yin oda.

Shin kauri na fim zai iya tantance ƙarfin wutar lantarki na Capacitor?

A'a. Ƙarfin wutar lantarki na aiki ya dogara ne akan rarrabawar ƙarfin dielectric, lahani, ƙarfe ko foil, naɗewa, zafin jiki, mita, gefen aminci da ƙirar capacitor da aka gama. Yi amfani da bayanan ƙira na kayan aiki masu inganci maimakon zato na volts-per-micron.

Wadanne Kayayyakin Wutar Lantarki Ya Kamata A Tabbatar?

Tabbatar da ƙarfin dielectric, dielectric constant, dissipation factor, girma da juriyar saman, juriyar rufi inda ya dace, hanyar gwaji, saitin lantarki, mita, zafin jiki da kuma yanayin sanyaya.

Shin HSQY Fim ɗin BOPET Za a iya amfani da injin girki mai injin girki?

Ana iya kimanta matakin fim ɗin tushe mai dacewa don ƙara ƙarfe, amma daidaito ba ta atomatik ba ce. Mai siye ya kamata ya gwada mannewa, juriya, daidaito, lahani, yankewa da lanƙwasawa akan ainihin tsarin ƙara ƙarfe na injin.

Menene Bambancin PET da Fim ɗin Capacitor na PP?

Fim ɗin PET galibi ana danganta shi da ƙananan ƙirar capacitor na gabaɗaya, yayin da BOPP an zaɓi shi sosai don aikace-aikacen ƙarancin asara, bugun jini, AC da wutar lantarki. Aikin lantarki da aka gama ya kamata ya ƙayyade kayan dielectric.

Shin Capacitor Fim ɗin BOPET Za a iya bugawa ko kuma a shafa masa tauri?

Bugawa da mayafin ƙarfe yawanci maki ne daban-daban na aikace-aikace. Bai kamata a ɗauki fim ɗin marufi da aka buga, mai launi ko mai rufi a matsayin mai amfani da capacitor dielectric ba. Faɗi amfani na ƙarshe don HSQY ya raba takamaiman bayanan lantarki da marufi.

Ta Yaya Ya Kamata A Ajiye Fim ɗin BOPET ?

Ajiye biredi a cikin marufinsu na asali a wuri mai tsabta da bushewa a cikin gida, nesa da hasken rana kai tsaye, zafi, danshi da ƙura. Sanya biredi da aka rufe kusa da wurin sarrafawa kafin buɗewa kuma bi umarnin ajiya da sarrafawa na musamman.

Menene MOQ kuma Shin Samfuran Akwai?

MOQ ɗin da aka buga shine kilogiram 1000. Ana iya samun samfuran kayan A4 tare da jigilar kaya, amma cancantar capacitor yawanci yana buƙatar gwajin naɗin wakilci. MOQ na ƙarshe ya dogara da kauri, faɗi da kuma matsayi.

Wadanne Takardu Ya Kamata Na Nema?

Nemi tsarin rahoton TDS, SDS, CoA ko na dubawa na musamman na yanzu, hanyoyin gwaji, bin diddigin wurare, ƙayyadaddun naɗewa da marufi, da duk wani sanarwa na ƙa'ida da kasuwar da aka nufa da kuma samfurin da aka gama ke buƙata.

Nemi Capacitor Fim ɗin BOPET Samfura da Ƙimar Kuɗi

Domin samun tsari mai kyau, aika nau'in capacitor, kauri da haƙuri na musamman, faɗin tsagewa, ID na tsakiya, OD ko tsayi, buƙatun gwajin lantarki, yanayin raguwar zafi, iyakokin saman da lahani, tsarin ƙarfe, girma na shekara-shekara da ƙasar da za a je. Sannan HSQY zai iya sake duba dacewa da maki, zaɓuɓɓukan samfura, takardu da MOQ.