Insay ilɛktroniks manufakchurin, PV lamination, ɛn eksplɔziv ɛnvayrɔmɛnt, statik dischaj na siriɔs risk. Spak kin pwɛl maykrochip, layt dɔst, ɔ mek di ikwipmɛnt nɔ wok fayn. PTFE high-temperature fabric , pan ɔl we i fayn fɔ mek i nɔ ɔt ɛn i nɔ de stik, na fayn insulatɔ – i de kip statik chaj pas fɔ dissipate am.
Di sɔlv na anti-statik tritmɛnt. Aokai PTFE de gi anti-statik PTFE fabrik we de yuz tu praymar we, plus wan suplimentari surface coating. Dis atikul de ɛksplen wetin mek PTFE fabrik nid anti-statik tritmɛnt, aw di tritmɛnt dɛn de wok, ɛn di prinsipul dɛn biɛn statik dissipeshɔn.
Wetin Mek PTFE Ay-Tɛmpratura Fabrik Nid Anti-Statik Tritmɛnt
PTFE ay-tεmpratura fabrik na fayv glas klos we dεn impregnated wit polytetrafluoroethylene (PTFE), we de akt lεk wan εksεlεnt insulεt wit ultra-high surface rεsistεns (tipikli 10⊃1;5–10⊃1;8 Ω). Frikshɔn ɛn pil we dɛn de prodyuz, kɔnvɛy, ɛn dimɔld kin mek ɛn gɛda statik ilɛktrishɔn izi wan.
Risk dɛm fɔ statik akyumyuleshɔn:
Spak – kin mek gas dɛn we kin bɔn, dɔst, ɔ sɔlvɛnt dɛn bɔn
Ilɛktronik kɔmpɔnɛnt damej – ESD de pwɛl maykrochip ɛn PCB
Matirial de klin – film, fayv, ɛn pauda dɛn kin stik pan sɔfays
Di ɔpreshɔn shɔk – sefty hazad ɛn diskɔmfɔt
So, spɛshal tritmɛnt dɛn nid fɔ endow di fabrik wit statik dissipativ ɔ kɔnduktiv prɔpati fɔ sef diploymɛnt na anti-statik wok ɛnvayrɔmɛnt.
Dis na di mכst men tritmεnt naw, we de delivεr yunifכm anti-statik pεrformεns akraos di כl fabrik sεf.
1. Di we aw dɛn de du di wok
Wan spεsifi k prכpכshכn כf kכnduktiv filεr dεm de blεnd ivin insay PTFE impregnatin likwid, we dεn fכlכ wit standad impregnashכn, drying, εn sintering prosidכs. di filεr dεm kin bi εmbas tru di PTFE kכt, fכm wan kכnduktiv nεtwכk.
2. Kɔmɔn kɔnduktiv fila dɛn
Kɔndɔktiv kabɔn blak (we kɔmɔn pas ɔl, i nɔ de tek bɔku mɔni) .
Kabɔn nanotyub dɛn (ay pefɔmɛns, ay kɔst)
Mɛtal paoda dɛn (silva, kɔpa, ɛn ɔda tin dɛn) .
Mɛtal ɔksayd (tin ɔksayd we dɛn dɔn dɔp wit antimoni, ɛn ɔda tin dɛn) .
afta tritmεnt, di surface resistivity fכ di fabrik kin stebul kכntrol insay 105–109 Ω , we de mit di anti-statik rikwaymεnt dεm fכ mכst industrial sεnariכ dεm (ilεktroniks, εksplכziv envayroment, PV).
Ɔda we fɔ du am – Sabstret Wivin: Ɛmbad Kɔnduktiv Fayba dɛn insay Fayba Glas Klɔt
Kɔnduktiv filamɛnt dɛn (mɛtal waya, kabɔn fayba, ɛn ɔda tin dɛn) dɛn kin wev insay fayv glas sabstret na fiks intaval fɔ mek wan ɛmbaded kɔnduktiv grid bifo PTFE kɔtin aplikeshɔn.
1. Ki prɔsesin kɔnsidareshɔn
di PTFE kotin kin fulכp kכnduktiv fayb dεm εn insכlet kכnduktiv path dεm. So, dɛn kin yuz baf ɔ sand fɔ mek di kɔnduktiv fayv dɛn we de na di klos in fes kɔmɔt smɔl, ɔ dɛn kin kip di say dɛn we dɛn kin kɔntakt di grɔn we nɔ gɛt ful kɔtin.
2. Di bɛnifit dɛn we pɔsin kin gɛt
Kɔnduktiv rod dɛn we dɛn mek wit mɛtal ɔ kabɔn fayba gɛt strɔng kɔrɛnt-kɛri kapasiti
Ideal fɔ wok kɔndishɔn dɛn we nid fɔ drenaj kwik kwik wan fɔ big statik chaj dɛn
Provayd wan fizik grɔn pat indipɛndɛnt frɔm di kɔtin
3. Di bad tin dɛn we kin apin
I dia pas fɔ kɔt doping
di fayv dεm we de na di εkspos kin afekt di surface smol smol
Mɔ kɔmpleks manufakchurin prɔses
Supplementary Method – Surface Coating (Dɛn nɔ kin yuz am fɔ ay-Tɛmpratura Sɛnario)
Wan tin layεr כrganik anti-statik ejen dεn kכt am pan finish PTFE fabrik.
1. Di bɛnifit dɛn we pɔsin kin gɛt
Simpul fɔ ɔpreshɔn
Low kɔst fɔ smɔl-smɔl aplikeshɔn dɛn
2. Disavantej (wetin mek nɔto men tin) .
Mɔs pan di anti-statik ɛjɛn dɛn na sɔfaynt dɛn we nɔ gɛt bɛtɛ ɔt rɛsistɛns (tipikli <150°C) .
Kɔnklushɔn: Dɛn nɔ kin advays dis we fɔ yuz PTFE fabrik we gɛt ay tɛmpracha. If yu nid anti-statik PTFE fabrik, pik kɔtin doping ɔ sabstret wef.
Kor Anti-Statik Wok Prinsipul
Ɔl di we dɛn we wi dɔn tɔk bɔt de sheb di fawndeshɔnal mɛkanism: fɔ mek wan kɔntrol lik chanɛl fɔ statik chaj fɔ dreyn wantɛm wantɛm we dɛn de jɛnɛreshɔn ɛn fɔ mek di chaj we de mek dɛn nɔ gɛda.
we kכnduktiv filεr dεm (lεk kabכn blak patikyula dεm) rich wan krichכl kכnsantreshכn na di PTFE kכt, patikyula dεm de kam in kכntakt כ de klos nia fכ fכm wan kכntinyu 3D kכnduktiv nεtwכk. Dis dεn dεfεn am as di pεrkolashכn trεshold . Dis konduktiv grid de transfכm di insulεt kכntribyushכn fכ pure PTFE.
2. Chaj kɔndɔkshɔn ɛn disipeshɔn
Statik ilɛktrishɔn we dɛn kin mek bay sɔfayz frikshɔn nɔ kin gɛda igen lokal wan insay aysolɛshɔn. Bifo dat, di chaj dɛn de skata kwik kwik wan along di kɔnduktiv nɛtwɔk ɛn dreyn sef wan bay we dɛn de yuz grɔn – we ikwal to fɔ kɔnɛkt wan dischaj paip layn we gɛt di rayt saiz to di 'chaj stɔrɔj pul.'
3. Prɛsis rigyuleshɔn fɔ sɔfays rɛsistɛns
bay we yu ajɔst di doz fכ kכnduktiv filεr dεm, sכfayz rεsistεns de stεbyul insay di anti-statik rεnj (105–10⊃1;⊃1; Ω) . Dis resistans valyu na:
Low inof fɔ dreyn statik efyushɔn
I ay fɔ avɔyd dairekt shɔt sɔrkwit ɛn di prɔblɛm dɛn we kin apin
Enables kontrכl kכnsכmshכn כf statik chaj via mεtirial rεsistεns
Krio rikwaymɛnt: Riliable grounding stil mandatory we yu de yuz am prɛktikal. Di anti-statik fabrik de gi di rod, bɔt di grɔn de kɔmplit di sɔrkwit.
Sɔmari – Pik di Rayt Anti-Statik PTFE Fabrik
We
Surface Resistiviti fɔ di wɔl
I kin te fɔ lɔng tɛm
Risistɛns fɔ Ɔt
Best For
Doping we dɛn kin yuz fɔ kɔt
105–109 Ω
Eksɛlɛnt (fɔ ɔltɛm) .
I go rich 260°C
Jɛnɛral industrial, ilɛktronik, PV
Substrate wef we dɛn de mek
105–109 Ω
Eksɛlɛnt (fɔ ɔltɛm) .
I go rich 260°C
Ha-kɔrɛnt statik drenaj, ebi grɔn
Surface coating we dɛn kin kɔt
106–109 Ω
Po (wears ɔf) .
Tipikli <150°C
Lɔw tɛmpracha, fɔ yuz fɔ shɔt tɛm (dɛn nɔ fayn fɔ yuz am) .
Aokai PTFE de gi anti-statik PTFE fabrik we de yuz di kɔtin doping we as standad, wit sabstret wevin we de fɔ spɛshal aplikeshɔn dɛn. Wi kin target spɛsifi k sɔfays rɛsistiviti (ɛgz., 106 Ω, 108 Ω) bays pan yu rikwaymɛnt dɛn. Kontakt wi fɔ tɛknikal data shit ɛn sampul dɛn.
