Cooling Rate Effects pan PTFE Tep

As wan ɔrijinal manifakta fɔ PTFE ay-tɛmpracha tep dɛn, Jiangsu Aokai Nyu Matirial dɛn de ɛksplen di impak dɛn we di we aw dɛn de kɔl ɛn di kɔling rit gɛt pan di pefɔmɛns fɔ di PTFE ay-tɛmpracha tep dɛn we dɛn dɔn mɛn.

I. Esεns כf PTFE Kristכlayzεshכn Kכraktεr εn Kulin Rεt Rεgulεshכn

di PTFE sabstεrayt fכ kכryu hεy-tεmprachכ tep de pan sεmi-kristalin polimכr, we de כndago rεpid kristכlayzeshn di tεm we i de kol afta dεn de sinter. Essentially, kolεn rεt na di kכr prכsεs paramita fכ kכntrכl di kristכliniti fכ PTFE hεy-tεmprachכ tep: slo kol de lid to hכy kristaliniti, we fasta kol de rεsult in lכw kristaliniti.

II. Efεkt dεm we Slow Cooling gεt pan PTFE High-temperature Tapes

Influεns pan Intanɛt Strɛs  Slow kol kin ridyus di rεsidyual tεmral strεs insay di tep fayn fayn wan. we di tep kol nכchral insay di fכna, di PTFE matris εn glas fayba skel gεt inof tεm fכ ajɔst shrinkage difrεns tru mכlikul chen rilaks, we de avכyd lokal strεs kכnsantreshכn.

di prכsεs we dεn adopt bכku na fכ kol di tep nכmal wan insay di fכna to 150–200°C bifo dεn tek am kכl fכ εya kol. dis slo kol prכsεs de kכt dכn intanεt strεs fayn fayn wan εn i de mek di kכt dεlaminεshכn εn krak krak.

Influɛns pan Dimɛnshɔnal Stebiliti  Slow kol de impruv dimɛnshɔnal stebiliti bad bad wan. di tεm we di PTFE mכlikul chen dεm de arenj insay rεgulεr kristכl lat dεm inof, fכm hכy kristaliniti εn wel-divεlכp kristכl gren dεm, we de mek sכh se stebul fainal dimεnshn dεm.

Smɔl tɛmral shrinkage go apin ɔnda ay tɛmpracha we yu de yuz am, so i fayn fɔ rɛzɛv 1%–2% margin we yu de yuz am. Slow kulin de mek i ebul fɔ shrinkage stedi wit minimal rεsidyual difכmeshכn.

Influεns pan Adhesive Pεrformεns  Slow kol de εksyεrt dual ifekt pan adhesion prכpati. na wan say, i de alaw di adhesive layεr fכ komplit kכros-link εn strεs rilaks ful wan, we de mεnten stebul bכndin trεnk. na di כda say, hכy kristaliniti de inkrεs di sכfayz rigiditi fכ PTFE sabstεrayt, we de mek kכnsantreyt strεs pan bכndin intafεys כnda peeling fכs.

III. Ifɛkt dɛn we Rapid Kulin gɛt pan PTFE Ay-tɛmpracha Tep dɛn

     Influεns pan Intanεt Strεs  Kכl kwik kwik wan na di men tin we de mek intanεt strεs pasmak. Dairekt quenching afta sintering de mek big big temperechur difrɛns bitwin PTFE matris ɛn glas fayba fremwɔk, we de jenarayz instant shrinkage strɛs ɛn izi fɔ fɔm fayn krak.

di sכfayz layεr de shrink εn at kwik kwik wan we di insay layεr de stil εkspכnd, we de fכm wan tεmכl strεs stet fכ כta tεnshכn εn insay kכmpreshכn, we de mek tεp krak dεn wan dεm.

Influɛns pan Dimɛnshɔnal Stebiliti  Rapid kol de shift di kristalizashɔn pik to lɔwa tɛmpracha ɛn ridyus kristaliniti wit inkɔmplit kristal strɔkchɔ. Di tep kin de na wan frɔzɛn stet we nɔ balans afta i dɔn kwɛn am. Sεkכnd kristכlayzeshn εn pכst-shrinkεj kin apin כnda di tεmprachכ chenj dεm we de kam afta dat, we kin mek di dimεnshכnal dεvyayshכn sכmtεm.

Influεns pan Adhesive Pεrformεns  Fast kol de inhεbit ful kכros-link fכ adhesive layεr dεm. di adhesive de froz bifo i fכm komplit kכros-link nεtwכk, we de rεsult in dεkrεs bonding strכng εn tεmprachכ rεsistεns.

Ɔnda ripit kol ɛn ɔt sayklin, tɛmral ɛkspɛnshɔn difrɛns bitwin PTFE sabstret ɛn adhesive layt de prodyuz intafays strɛs, aksɛleret adhesive aging ɛn debonding, ɛn big wikɛd viskositi durabiliti.

IV. Kɔmpia Difrɛn We dɛn fɔ Kɔl

 

In jɛnɛral, slo ɛn yunifom kɔling na di fondamental prinsipul fɔ post-kyuring tritmɛnt fɔ PTFE ay-tɛmpracha tep dɛn. i rεkomεnd fכ adopt in-fכrna nεchכral kol afta yu sinta, εn tek di tep dεm fכ εya kol to rum tεmprachכ afta di tεmprachכ dכn dכn 150–200°C. If yu nɔ ivin kol we dɛn de mek di prɔdak, dat go mek di prɔdak slak ɛn leta i go pwɛl di kwaliti fɔ di prɔdak.

Di tin dɛn we de ɔp na... Jiangsu Aokai Nyu Matirial Teknɔlɔji Kɔmni, Ltd.

If yu want fɔ no ditayl paramita, aplikeshɔn sɛnɛriɔ ɛn kɔstɔmayz sɔlvishɔn fɔ wi ful-siris prodak dɛn we inklud PTFE ay-tɛmpracha klos, PTFE ay-tɛmpracha tep, PTFE ay-tɛmpracha mɛsh bɛlt, simlɛs fiuzin mashin bɛlt, singl-sayd PTFE fabrik, ay tɛmpracha rɛsistɛns kɔnvaysɔ bɛlt ɛn ay tɛmpracha rɛsistɛns fayvglas klos, duya kɔntakt wi:

·  Mista Guo: +86 18944819998 ɔda pipul dɛn

·  Mista Liu: +86 13705266308 ɔda pipul dɛn

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