HSQY Anti-static Plastics Takardar RPET

Anti-Static Takardar RPET don Marufin Lantarki na ESD

HSQY anti-static RPET takardar abu yana haɗa polyethylene terephthalate da aka sake yin amfani da shi tare da zaɓuɓɓukan sarrafa electrostatic don marufi na lantarki mai thermoformed, ɓangaren tire , marufi na blister da sauran aikace-aikace inda ake buƙatar sarrafa caji mai tsauri.

Bayanin samfurin na yanzu ya haɗa da kauri daga 0.12mm zuwa 6mm , faɗi har zuwa 1400mm , girman takardar abu na 1220 × 2440mm , da zaɓuɓɓukan launi masu haske ko na musamman.

A halin yanzu HSQY yana lissafa ƙarfin hana-tsaye, tsayayyen-wargazawa da kuma mai da wutar lantarki PET / RPET . Waɗannan matakan aikin ESD ne daban-daban kuma ya kamata a zaɓa su bisa ga juriyar saman da abokin ciniki ke buƙata, ƙarfin abubuwan lantarki, tsarin marufi da kuma ma'aunin kula da ESD.

Shafin na yanzu ya kuma bayyana cewa maki RPET na iya ƙunsar har zuwa 100% na sake yin amfani da shi bayan mabukaci PET . Ya kamata a tabbatar da ainihin abun ciki da aka sake yin amfani da shi, aikin hana tsayawa da kuma takaddun GRS, RoHS ko REACH da suka dace don takamaiman matakin da ake buƙata.

Mafi ƙarancin adadin oda na yanzu shine 1000kg . Ana iya tattauna kauri, faɗi, launi, maganin saman da buƙatun thermoforming na musamman don ayyukan B2B.

Bidiyon Anti-Tsayawa Takardar RPET

Hotunan Anti-Tsayawa Takardar RPET

Bayani dalla-dalla game da Anti-Static Takardar RPET

Menene Anti-Static Takardar RPET ?

Anti-static RPET takardar abu filastik ne da aka sake yin amfani da shi a PET takardar abu wanda aka ƙera ko aka yi masa magani a saman don sarrafa cajin lantarki. Ana amfani da shi ne musamman inda marufin filastik na yau da kullun zai iya tara wutar lantarki mai tsauri a kusa da samfuran lantarki masu mahimmanci.

A cikin marufi na lantarki, aikin ESD da ake buƙata ya dogara ne akan ƙarfin sashin da kuma shirin sarrafa ESD da masana'anta ke amfani da shi. Saboda haka, bayanin gabaɗaya kamar 'anti-static' bai isa ba don siyan fasaha.

Masu siye ya kamata su ƙayyade kewayon juriya da ake buƙata kuma su tantance ko fakitin yana buƙatar ƙarancin caji, tsayayyen-warkarwa, mai sarrafawa ko ƙarin aikin kariya.

Anti-Static vs. Static Dissipative vs. Conductive RPET

Kalmomin da ke sama suna bayyana ayyukan sarrafa ESD daban-daban. Rarraba ƙarshe ya kamata ya dogara ne akan aikin da aka auna da kuma ma'aunin da abokin ciniki ya dace maimakon sunan samfurin kawai.

Muhimman Siffofi na Anti-Static Takardar RPET

Yadda Marufin ESD ke Kare Abubuwan Lantarki

Fitar da wutar lantarki na iya faruwa lokacin da cajin lantarki ya taru kuma kwatsam aka canja shi tsakanin abubuwa. Na'urar semiconductor mai hankali da kayan lantarki na iya buƙatar marufi mai sarrafawa yayin ƙera, ajiya da jigilar kaya.

Kunshin sarrafa ESD na iya buƙatar rage samar da caji, yantar da cajin da aka tara ko kuma samar da ƙarin kariya daga fitarwa dangane da inda aka yi amfani da fakitin da kuma yadda bangaren ke amsawa.

Amfani da Anti-Static Takardar RPET

Anti-Static Takardar RPET don Tsarin Thermoforming

Thermoforming babban aikace-aikace ne na sarrafa ESD PET da RPET takardar abu s. Ana iya dumama takardar abu kuma a samar da shi zuwa tire , ramuka ko marufi mai kariya wanda aka tsara a kusa da kayan lantarki.

Tsarin ƙirƙirar dole ne ya kula da yanayin zahiri da kuma aikin ESD da ake buƙata. Saboda haka, masu siye ya kamata su tabbatar da juriyar saman bayan an yi amfani da thermoforming maimakon ɗauka cewa an gama tire yana da daidai da halayen lantarki iri ɗaya da na asali takardar abu .

Mai rufi da kuma Dindindin Anti-Tsayawa RPET

Ana iya ƙirƙirar halayen ESD ta amfani da fasahar kayan aiki daban-daban. Shafin HSQY na yanzu bai gano ainihin hanyar maganin da ake amfani da ita ga kowane matakin anti-static, dissipative ko conductive ba, don haka ya kamata a tabbatar da wannan kafin ƙayyadewa.

RPET vs. Virgin PET don Marufi na ESD

Abubuwan da aka sake yin amfani da su da kuma Takardun GRS

Shafin HSQY na yanzu ya bayyana cewa zaɓaɓɓun RPET takardar abu s na iya amfani da har zuwa 100% bayan an sake yin amfani da su PET da kuma nassoshi na takardar shaidar GRS.

Ya kamata a ɗauki kaso na abubuwan da aka sake amfani da su a matsayin ƙayyadadden siyayya. Idan abokin ciniki yana buƙatar abun ciki na PCR na 30%, 50%, 80% ko 100%, wannan buƙatar ya kamata a ƙayyade kafin a samar da ita kuma a tallafa mata da takardun da suka dace.

Takardun GRS sun shafi tabbatar da kayan da aka sake yin amfani da su da kuma bin diddigin hanyoyin samar da kayayyaki. Bai kamata a fassara shi a matsayin takardar shaidar aikin ESD ba, dacewa da hulɗa da abinci ko wani kayan fasaha da ba shi da alaƙa.

Sauran Zaɓuɓɓukan Aiki RPET

Teburin ƙayyadaddun HSQY na yanzu kuma ya lissafa zaɓuɓɓukan hana hazo, UV da bugawa. Ya kamata a ɗauki waɗannan a matsayin matakan aiki na zaɓi maimakon halayen atomatik na kowane anti-static RPET takardar abu .

Yadda Ake Zaɓar Maganin Anti-Static Takardar RPET

Ana Bukatar Bayani Don Saurin ESD RPET Ƙimar

Bayanan Fasaha na Anti-Static Takardar RPET

Takardun Inganci da Abubuwan da Aka Sake Amfani da su

Abubuwan da ke cikin samfurin HSQY na yanzu suna nuni ga takardun GRS, RoHS da REACH. Masu siye ya kamata su nemi sabbin takardu da suka shafi ainihin kayan RPET , kaso na abubuwan da aka sake yin amfani da su da kuma matakin hana tsayawa da ake saya.

Takardun GRS suna goyan bayan tabbatarwa da bin diddigin kayan da aka sake yin amfani da su. Ba ya tabbatar da juriyar saman lantarki na ESD takardar abu , don haka ya kamata a samar da bayanai daban-daban na gwajin anti-static ko conductive lokacin da aikin ESD yake buƙatar siye.

Hakazalika, takardun RoHS da REACH suna magance takamaiman buƙatun da suka shafi sinadarai kuma bai kamata a fassara su a matsayin shaidar aikin ESD ko dacewa da hulɗa da abinci ba.

Nunin Kasa da Kasa

Bayanin Nunin Ƙasa da Ƙasa na HSQY

Shiryawa da Isarwa

Ya kamata a tabbatar da nauyin naɗin ƙarshe, tsarin fakiti, naɗewa mai kariya da kuma ɗaukar kwantena bisa ga takardar abu , faɗi, diamita na naɗin da kuma adadin oda.

Tambayoyin da Ake Yawan Yi

Menene anti-static RPET takardar abu ?

Ana sake yin amfani da RPET takardar abu mai hana tsatsa PET takardar abu tare da maganin ESD ko ginin da aka tsara don rage samar da caji ko tarawa na lantarki. Ana amfani da shi akai-akai don marufi mai tsari na thermoformed na abubuwan lantarki masu mahimmanci.

Shin RPET iri ɗaya ne da RPET G?

A'a. RPET yana nufin sake yin amfani da polyethylene terephthalate. PETG glycol ne aka gyara PET kuma nau'in kayan ne daban. Wannan samfurin HSQY RPET takardar abu ne, don haka bai kamata a yi amfani da 'r Takardar PETG ' a matsayin sunan samfurin ba sai dai idan ainihin tsarin kayan ya ƙunshi PETG kuma an rubuta shi ta hanyar fasaha.

Menene juriyar saman HSQY anti-static RPET takardar abu ?

Shafin HSQY na yanzu bai buga ainihin ƙimar juriya ga saman ba. Bayar da kewayon juriya da ake buƙata da hanyar gwaji don HSQY ta tabbatar da ƙimar anti-static, dissipative ko conductive da ta dace.

Menene bambanci tsakanin anti-static da static-dissipative RPET ?

An yi nufin kayan hana tsatsauran ra'ayi ne don iyakance samar da caji ko tarawa, yayin da kayan da ke wargaza tsatsauran ra'ayi an tsara su ne don ba da damar caji ya motsa ta hanyar da aka tsara. Ya kamata a yi la'akari da daidaiton rarrabuwa bisa ga juriyar da aka auna da kuma ma'aunin ESD na abokin ciniki.

Menene mai watsawa RPET takardar abu ?

Mai sarrafa wutar lantarki RPET yana amfani da tsarin sarrafa wutar lantarki wanda aka tsara don samar da ƙarancin juriya fiye da daidaitattun matakan hana tsangwama ko wargajewa. Faɗi ainihin buƙatun juriya da tsarin marufi kafin zaɓar kayan mai sarrafa wutar lantarki.

Shin kadarar anti-static ce ta dindindin?

Shafin da ke yanzu bai ƙayyade ko kowane maki na dindindin ne, na rabin-na dindindin ko na ɗan lokaci ba. Tabbatar da hanyar maganin ESD da tsawon lokacin sabis ɗin da ake buƙata kafin yin oda.

Shin maganin ESD an lulluɓe shi ko an haɗa shi cikin RPET ?

Ba a gano hanyar magance matsalar a shafin samfurin na yanzu ba. Tabbatar ko matakin da aka zaɓa yana amfani da rufin saman, wani ƙarin abu mai haɗawa ko wani gini mai sarrafa kansa/warkarwa.

Shin za a iya yin amfani da thermoform anti-static RPET takardar abu ?

Ana jera aikace-aikacen thermoforming da vacuum forming. Ya kamata a gwada tire da aka gama bayan an ƙera don tabbatar da girma, tsabta da aikin ESD.

Za a iya amfani da RPET don ESD na lantarki tire ?

Eh, ana iya kimanta matakin ESD RPET da ya dace don kayan lantarki masu tsari na thermoformed tire . Aikin lantarki da ake buƙata ya dogara ne akan kayan aikin da shirin ESD na abokin ciniki.

Waɗanne kayan lantarki ne za a iya amfani da su wajen shirya ESD RPET ?

Aikace-aikacen da za a iya amfani da su sun haɗa da sassan semiconductor, ICs, PCBs, firikwensin, kayan aikin ƙwaƙwalwa, abubuwan nuni da sauran kayan lantarki masu saurin canzawa bayan an tabbatar da matakin kariyar ESD da ake buƙata.

Wadanne kauri ake samu?

Takaddun samfurin HSQY na yanzu sun lissafa kauri daga 0.12mm zuwa 6mm.

Menene matsakaicin faɗin?

A halin yanzu, matsakaicin faɗin shine 1400mm.

Shin HSQY zai iya samar da anti-static clear RPET ?

An jera kayan da aka yi wa fenti da launuka. Bayyanar ƙarshe na iya dogara ne akan abubuwan da aka sake yin amfani da su, maganin ESD da sauran ƙarin abubuwa masu aiki, don haka ya kamata a ƙayyade buƙatun gani.

Za a iya amfani da maganin hana tsatsa a ɓangarorin biyu?

Ya kamata a ɗauki maganin ESD na gefe ɗaya ko na gefe biyu a matsayin takamaiman fasaha. Faɗa wa HSQY waɗanne saman ne ke buƙatar aikin ESD don a iya tabbatar da ginin da ya dace.

Shin RPET yana buƙatar busarwa kafin a fara amfani da thermoforming?

Bukatun sarrafawa na iya bambanta dangane da matakin RPET , yawan danshi, abun da aka sake yin amfani da shi, kauri da yanayin tsari. Bi jagorar fasaha ta sarrafa kayan da aka zaɓa maimakon ɗauka cewa kowane matakin RPET ba ya buƙatar bushewa kafin.

Shin wannan takardar abu an yi shi ne daga 100% na sake yin amfani da shi PET ?

Shafin HSQY na yanzu ya bayyana cewa maki da aka zaɓa za su iya amfani da har zuwa 100% na sake yin amfani da su bayan amfani da mai amfani PET . Tabbatar da ainihin kaso na abubuwan da aka sake yin amfani da su da ake buƙata don odar ku kuma ku nemi takaddun da suka dace.

Shin takardar shaidar GRS ta tabbatar da aikin anti-static?

A'a. GRS tana da alaƙa da tabbatar da kayan da aka sake yin amfani da su da kuma bin diddiginsu. Kayayyakin ESD suna buƙatar gwajin aikin lantarki daban don ainihin matakin RPET .

Shin ana iya sake yin amfani da anti-static RPET ?

RPET an yi shi ne bisa PET , amma ainihin karɓar sake amfani da shi ya dogara ne akan tsarin tattarawa na gida, maganin ESD, ƙari, shafi da kuma tsarin marufi da aka gama. Duba buƙatun sake amfani da shi a kasuwar da za a je kafin yin da'awar sake amfani da shi ba tare da wani sharaɗi ba.

Shin abinci mai hana tashin hankali RPET lafiya ne?

Bai kamata a ɗauka cewa abincin da aka taɓa bai dace da abinci ba ne daga bayanan kayan abinci na yau da kullun RPET . Idan ana buƙatar tuntuɓar abinci, nemi takaddun da suka dace don ainihin matakin abubuwan da aka sake amfani da su, maganin ESD da kasuwar da za a je.

Menene MOQ ɗin anti-static RPET takardar abu ?

Mafi ƙarancin adadin oda na yanzu shine 1000kg.

Zan iya neman samfurin gwajin ESD?

Tuntuɓi HSQY tare da buƙatar juriyar saman ku, kauri, faɗi, matakin ESD, tsarin samarwa da aikace-aikacen ku don tabbatar da samfurin da ya dace don kimantawa ta lantarki da thermoforming.

Wane bayani ya kamata in bayar don yin ƙiyasin farashi?

Bayar da juriya ga saman da aka yi niyya, matakin ESD, hanyar gwaji, magani na gefe ɗaya ko biyu, kauri, faɗi, kashi na abubuwan da aka sake yin amfani da su, launi, aikace-aikace, buƙatun thermoforming, adadi da inda za a je.

Me yasa za a zaɓi HSQY don Anti-Static Takardar RPET ?

Game da Ƙungiyar Roba ta HSQY

HSQY Plastic Group tana samar da kayayyaki RPET takardar abu , APET takardar abu , PETG takardar abu da sauran filastik masu aiki takardar abu s don thermoforming, marufi da aikace-aikacen masana'antu.

Don anti-static RPET takardar abu s, static-dissipative PET , conductive PET ko kayan ESD thermoforming da aka sake yin amfani da su, aika HSQY juriyar manufa, takardar abu ƙayyadaddun bayanai, buƙatun abun ciki da aka sake yin amfani da su, tsari na tsari da adadi don kimanta fasaha da ambato.