Izindlela Zokwelapha Eziqinile Zendwangu ye-PTFE Yezinga Lokushisa Eliphezulu – nokuthi Zisebenza Kanjani

Ekwenziweni kwama-electronics, i-PV lamination, kanye nezindawo eziqhumayo, ukukhishwa okumile kuyingozi enkulu. Inhlansi ingacekela phansi i-microchip, ithungele uthuli, noma ibangele ukungasebenzi kahle kwemishini. Indwangu ye-PTFE enezinga lokushisa eliphezulu , kuyilapho ilungele ukumelana nokushisa futhi ingagxili, iyisivikelo esihle kakhulu – igcina ishaji emile kunokuyichitha.

Isixazululo siwukwelashwa kwe-anti-static. I-Aokai PTFE inikezela ngendwangu ye-PTFE ephikisana ne-static isebenzisa izindlela ezimbili eziyinhloko, kanye ne-supplement surface coating. Lesi sihloko sichaza ukuthi kungani indwangu ye-PTFE idinga ukwelashwa okulwa ne-static, ukuthi izindlela zokwelapha zisebenza kanjani, kanye nezimiso ezisekela ukushabalala okumile.

Kungani i-PTFE High-Temperature Fabric Idinga Ukwelashwa Kwe-Anti-Static

Indwangu ye-PTFE enezinga eliphezulu lokushisa yindwangu ye-fiberglass efakwe i-polytetrafluoroethylene (PTFE), esebenza njengesivikelo esihle kakhulu esinokumelana okuphezulu okuphezulu kwendawo (imvamisa 10⊃1;⁵–10⊃1;⁸ Ω). Ukungqubuzana nokuxebuka ngesikhathi sokukhiqiza, ukudlulisa, nokudilizwa kukhiqiza futhi kuqongelele ugesi omile.

Izingozi zokunqwabelana okumile:

• Izinhlansi - zingathungela amagesi avuthayo, uthuli, noma izincibilikisi

• Ukulimala kwengxenye ye-elekthronikhi - I-ESD ibhubhisa ama-microchips nama-PCB

• Ukunamathela kwempahla - amafilimu, imicu, nezimpushana kunamathela endaweni engaphezulu

• Ukushaqeka komsebenzisi - ingozi yokuphepha nokungaphatheki kahle

Ngakho-ke, ukwelashwa okukhethekile kuyadingeka ukuze kunikezwe indwangu izinto ezishintshashintshayo noma ze-conductive ukuze zisetshenziswe ngokuphephile ezindaweni zokusebenza eziphikisana ne-static.

Indlela Eyisisekelo – I-Coating Doping: Xuba Ama-Conductive Filler ku-PTFE Emulsion

Lokhu okwamanje ukwelapha okujwayelekile, okuletha ukusebenza okufanayo kwe-anti-static kuyo yonke indawo yendwangu.

1. Inqubo

Ingxenye ethile yama-conductive fillers ihlanganiswa ngokulinganayo kuketshezi olumithisayo lwe-PTFE, olulandelwa ukufakwa okujwayelekile, ukoma, nezinqubo zokucwilisa. Ama-filler ashumekwa kuyo yonke i-PTFE enamathelayo, enze inethiwekhi yokuqhuba.

2. Izithako ezijwayelekile zokugcwalisa

• I-conductive carbon black (evame kakhulu, engabizi)

• Ama-Carbon nanotubes (ukusebenza okuphezulu, izindleko eziphakeme)

• Izimpushana zensimbi (isiliva, ithusi, njll.)

• I-Metal oxides (i-antimony-doped tin oxide, njll.)

3. Izinzuzo

• Ukusebenza okufanayo - umphumela ongaguquki we-anti-static kuyo yonke indawo yendwangu

• I-Weave-independent - ayithinteki ngesakhiwo se-weave se-fiberglass substrate

• Ibhalansisa izici ezintathu ezibalulekile - ukumelana nezinga lokushisa eliphezulu, impahla enganamatheli, kanye nokushabalala okumile

• Okuhlala njalo - hhayi ukumbozwa kwendawo; ayigugi

4. Umphumela wokusebenza

Ngemuva kokwelashwa, ukumelana nokuphezulu kwendwangu kungalawulwa ngokuzinzile phakathi kuka -10⁵–10⁹ Ω , ukuhlangabezana nezidingo eziphikisana ne-static zezimo eziningi zezimboni (i-electronics, indawo eqhumayo, i-PV).

Enye Indlela - Ukulukwa Kwe-Substrate: Shumeka Imicu Ye-Conductive Endwangu Ye-Fiberglass

Imicu eqhubayo (izintambo zensimbi, imicu yekhabhoni, njll.) elukwa ibe yi-fiberglass substrate ngezikhathi ezithile ukuze yenze igridi yokuqondisa eshumekiwe ngaphambi kwesicelo sokumboza se-PTFE.

1. Ukucatshangelwa kokucubungula okubalulekile

I-PTFE coating ingase ihlanganise ngokugcwele imicu eqhubayo futhi ifake izindlela zokuhambisa. Ngakho-ke, i-buffing noma i-sanding ngokuvamile isetshenziselwa imicu eqhubayo evezwa kancane endaweni yendwangu, noma izindawo zokuxhumana eziphansi zigodliwe ngaphandle kokumbozwa okugcwele.

2. Izinzuzo

• Izindlela zokuqondisa ezakhiwe ngensimbi noma i-carbon fibers zinamandla okuthwala okwamanje

• Ilungele izimo zokusebenza ezidinga ukugeleza kwamanzi ngokushesha kwamashaji amakhulu amile

• Inikeza indlela yomhlabathi ebonakalayo ngaphandle kokunamathela

3. Okubi

• Kubiza kakhulu kune-coating doping

• Imicu eveziwe ingase ithinte ukushelela kwendawo

• Inqubo yokukhiqiza eyinkimbinkimbi

Indlela Yokwengeza - Ukumboza Okungaphezulu (Akuvamile Ukusetshenziselwa Izimo Zezinga Lokushisa Eliphezulu)

Ungqimba oluncane lwe-organic anti-static agent lumbozwa phezu kwendwangu ye-PTFE eqediwe.

1. Izinzuzo

• Kulula ukusebenza

• Izindleko eziphansi zezicelo ezincane

2. Okubi (kungani kungajwayelekile)

• Iningi lama-anti-static ejenti ama-surfactants anokumelana nokushisa okungekuhle (imvamisa engu-150°C)

• Ithambekele ekuchithekeni komhuzuko kanye nokwehluleka kokusebenza ngaphansi kokuchayeka isikhathi eside kumazinga okushisa aphezulu

• Akuyona unomphela - iphela ngokusetshenziswa, ukuhlanzwa, noma ukushisa

Isiphetho: Le ndlela ayinconyelwe izicelo zendwangu ye-PTFE enezinga eliphezulu lokushisa. Uma udinga indwangu ye-PTFE ephikisana ne-static, khetha i-coating doping noma ukwaluka kwe-substrate.

I-Core Anti-Static Working Principle

Zonke izindlela ezingenhla zihlanganyela indlela eyisisekelo: ukusungula umgudu wokuvuza olawulwayo ukuze izindleko ezimile zigeleze ngokushesha ekukhiqizeni futhi kuvinjwe ukunqwabelana kwezindleko eziyingozi.

1. Ukwakhiwa kwenethiwekhi ye-conductive (i-percolation threshold)

Uma ama-conductive fillers (njengezinhlayiya zekhabhoni emnyama) efinyelela ekugxiliseni okubalulekile embotsheni ye-PTFE, izinhlayiya zihlangana noma zihlale eduze ukuze zenze inethiwekhi eqhubekayo ye-3D. Lokhu kuchazwa ngokuthi i- percolation threshold . Le grid conductive iguqula isici sokuvikela se-PTFE emsulwa.

2. Ukukhokhiswa nokukhishwa

Ugesi omile okhiqizwa ukungqubuzana kwendawo awusaqoqwana endaweni wodwa. Kunalokho, izinkokhiso zisabalala ngokushesha kunethiwekhi ye-conductive futhi zigeleza ngokuphephile ngokubeka phansi - okulingana nokuxhuma ipayipi lokukhipha elinosayizi ofanele 'echibini lesitoreji seshaja.'

3. Ukulawulwa okunembile kokumelana nendawo

Ngokulungisa umthamo wezigcwalisi eziguquguqukayo, ukumelana nendawo kuzinziswa ngaphakathi kwebanga le-anti-static (10⁵–10⊃1;⊃1; Ω) . Lelivelu lokumelana lithi:

• Iphansi ngokwanele ukukhipha i-static kahle

• Iphakeme ngokwanele ukugwema amasekhethi amafushane aqondile kanye nezingozi ezingaba khona

• Inika amandla ukusetshenziswa okulawulwayo kwezindleko ezimile ngokumelana nokubalulekile

Isidingo esibalulekile: Ukubekwa phansi okuthembekile kusadingeka ngesikhathi sokusetshenziswa okungokoqobo. Indwangu ye-anti-static inikeza indlela, kodwa ukubeka phansi kuqeda isifunda.

Isifinyezo - Ukukhetha Indwangu Elungile Ye-PTFE Ye-Anti-Static

I-Aokai PTFE inikezela ngendwangu ye-PTFE engaguquguquki isebenzisa indlela yokufaka i-doping njengejwayelekile, nokulukwa kwe-substrate okutholakalayo kwezinhlelo zokusebenza ezikhethekile. Singakhomba ukumelana nendawo ethile (isb, 10⁶ Ω, 10⁸ Ω) ngokuya ngezidingo zakho. Xhumana nathi ukuze uthole amashidi edatha yobuchwepheshe namasampula.

Lo mbhalo wobuchwepheshe uhlinzekwa ngu I-Jiangsu Aokai New Material Technology Co., Ltd.

Uma ufisa ukufunda ukucaciswa okuningiliziwe, izimo zohlelo lokusebenza nezixazululo ezenziwe ngokwezifiso zomugqa wethu womkhiqizo ogcwele, okuhlanganisa izindwangu ze-PTFE ezishisa kakhulu, amateyipu anamathelayo e-PTFE, amabhande e-PTFE anezikhala zokuthutha, amabhande omshini wokuhlanganisa angenamthungo, indwangu enohlangothi olulodwa lwe-PTFE ehlanganiswe ne-PTFE, sicela usithinte nge-fiberglass ephezulu iziteshi ezingezansi:

• UMnu. Guo: +86 18944819998

• UMnu. Liu: +86 13705266308

Sinamathela kufilosofi yesevisi yobungcweti nobuqotho, futhi sikunikeze ngenhliziyo yonke izisombululo ezihlanganisiwe zokuma okukodwa kanye nenkonzo yamakhasimende eqaphelayo!