So Anti-static PTFE ntama soro Resistivity Drift ne Temp & Humidity

Sɛ́ obi a ɔyɛ adwumaden a ɔyɛ PTFE ntama a ɛyɛ hyew kɛse no, Jiangsu Aokai New Material  kyerɛkyerɛ mu sɛ:Ntama a ɛko tia PTFE no ani a ɛko tia no bɛkɔ soro kɛse bere a nsakrae a ɛba ɔhyew ne ɔhyew mu no. Saa agyapade yi gyina ne honam fam nhyehyɛe ne nnyinasosɛm a ɛma nsu fa mu so. Nea ɛnte sɛ PTFE ntama kronkron a ɛkura resistivity a ɛyɛ den kakra no, ne adwumayɛ titiriw no gu ahorow wɔ nneɛma a atwa yɛn ho ahyia tebea horow mu, titiriw ɔhyew.

1. Conductive Principle & Ntini a Ɛde Atwa Yɛn Ho Ahyia Nkɛntɛnso Ba

Nneɛma a wɔde yɛ adwuma  Anti-static PTFE ntama yɛ ade a wɔabom ayɛ, mpɛn pii no wɔde fiberglass nnyinaso ntama, PTFE coating ne conductive fillers te sɛ carbon black na ɛyɛ.

Key Cause of Performance Drift  Ne anti-static adwumayɛ no gyina conductive network a conductive fillers a ɛwɔ coating no mu hyehyɛe no so titiriw, bere a PTFE substrate no ankasa yɛ insulating kɛse. Ambient temperature ne humidity sesa resistivity titiriw denam nkɛntɛnso a conductive fillers adwumayɛ so.

2. Humidity — Ade titiriw a ɛka Surface Resistivity

Wɔ ɔhyew ne nsuo ntam no, nsuo a ɛyɛ nwini ne adeɛ titire a ɛde surface resistivity drift ba, a ɛwɔ nkɛntɛnsoɔ afiri a ɛkɔ tẽẽ na ɛyɛ nwonwa.Nsuo nya resistivity so nkɛntɛnsoɔ wɔ akwan mmienu so titire:

·  Surface Moisture Absorption : Nsuo yɛ nsuo film a aniwa nhu wɔ nneɛma no ani, na ɛma akwan foforɔ ma charge conduction na ɛba fam susuw surface resistivity.

·  Substrate Penetration : Nsuo molecules hyɛn coating no mu na ɛma akwan foforɔ ma charge transmission.

Mmara Titiriw Nneɛma a ɛko tia static no ani a ɛko tia no taa so tew bere a nsu a atwa yɛn ho ahyia no kɔ soro no.

Sɛ yɛfa anti-static PTFE high-temperature cloth sɛ nhwɛso: sɛ relative humidity kɔ soro fi dry tebea mu kɔ bɛboro 85% a, ne soro resistivity betumi akɔ fam nhyehyɛe ahorow pii (sɛ nhwɛso no, efi (10^{17},Omega) akɔsi (10^{12},Omega)), a ɛdɔɔso sɛ ɛbɛsesa ade no su afi insulator akɔ conductor.

3. Temperature — Nkɛntɛnso a ɛnteɛ ne nea ɛyɛ den

Sɛ yɛde toto ho a, ɔhyew nya nkɛntɛnso a ɛnteɛ ne nkɛntɛnso ketewaa kɛse  wɔ soro resistivity so, titiriw ɛka deep-layer conductive performance.Wɔ nneɛma dodow no ara adwumayɛ mu ɔhyew a ɛfata mu no, nkɛntɛnso tẽẽ a ɔhyew nya wɔ soro resistivity so no sua a nsakrae a ɛho nhia pii na ɛba.

Nkɛntɛnso a ɛnteɛ Ɔhyew a ɛboro so bɛma ade a wɔde kata so no ayɛ dedaw ntɛmntɛm anaasɛ asɛe nneɛma no nhyehyɛe, na ɛde nsakrae a wontumi nsakra wɔ resistivity mu aba.

4. Su Titiriw a Ɛfa Adwumayɛ mu Nkɔso Ho

Reversible Drift & Recoverable Performance  Resistivity drop a ɛnam nsuo a ɛtwetwe so ba no taa yɛ honam fam ne adeyɛ a ɛtumi dane. Sɛ nsu a atwa yɛn ho ahyia no so tew na ade no wow a, nea ɛko tia no betumi asan akɔ sɛnea na ɛte kan no.

Drift Resistance Varies with Formula  Anti-static PTFE ntama nyɛ ade a ɛyɛ biako a ɛyɛ gyinapɛn; sɛnea etumi ko tia resistivity drift no gyina sɛnea wɔayɛ no pɔtee no so.

o  Traditional Humidity-dependent Type : Nneɛma dodow no ara a wɔde carbon particles, ionic fillers anaa metal powder di dwuma no benya conductive networks a wɔatwa no fã bi wɔ tebea a ɛyɛ kusuu mu, na ɛbɛma wɔatumi agyina ano kɛse.

o  New Humidity-independent Type : Nneɛma kakraa bi a ɛfa nokware conductive polymer matrix no wɔ inherent conductive channels, a ɛkame ayɛ sɛ humidity nnya so nkɛntɛnso na ɛma ɛyɛ den yiye.

Atifi hɔ nsɛm no yɛ nea Jiangsu Aokai New Material Technology Co., Ltd. na ɛde mae.

Sɛ wuhia nsɛm foforo wɔ parameters a ɛkɔ akyiri, application scenarios ne customized ano aduru ma yɛn full product line a PTFE high-temperature ntama, PTFE high-temperature tape, PTFE high-temperature mesh belt, seamless fuser belt, single-sided PTFE coated ntama, high-temperature resistant conveyor belt ne high-temperature resistant fiberglass ntama, yɛsrɛ sɛ ntwentwɛn wo nan ase sɛ wobɛka yɛn ho asɛm:

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·  Owura Liu +86 13705266308 Ɔde ne nsa kyerɛɛ ne so

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