Yeyiphi iMida yoBubushushu kumaBanga ahlukeneyo e-PTFE Coated Fabric?

Imida yobushushu kumabanga ahlukeneyo Ilaphu eligqunyiweyo le-PTFE lisukela kwi -200°C ukuya +300°C ngokuxhomekeke kwibakala elithile kunye neemfuno zesicelo. Amabanga aqhelekileyo asebenza ngokukhuselekileyo ukuya kuthi ga kwi-260 ° C ngokuqhubekayo, ngelixa amabakala akhethekileyo obushushu obuphezulu anokumelana nokuchaswa kwexesha elifutshane ukuya kuma-300 ° C okanye ngaphezulu. Uzinzo olukhethekileyo lwe-thermal luvela kwisakhiwo semolekyuli esisodwa se-PTFE esidityaniswe neempawu zokuqinisa i-substrate yelaphu engaphantsi, okwenza ezi mathiriyeli zilungele usetyenziso olubango lwemizi-mveliso.

Ukuqonda i-PTFE Coated Fabric kunye ne-Thermal Properties

Umdibaniso omangalisayo wesayensi yepolymer yanamhlanje kunye nobunjineli belaphu kwilaphu eligqunyiweyo le-PTFE lenza imathiriyeli esebenza kakuhle kwiindawo ezishushu kakhulu. Ukusebenza okugqwesileyo kubangelwa yi-polytetrafluoroethylene ye-molecular structure ekhethekileyo. Ineathom zekhabhoni ezijikelezwe ngokupheleleyo ziiathom zefluorine, zenza enye yezona qhina zinamandla zekhemikhali ezaziwa kwisayensi.

ISayensi eNgemva koZinzo lweThermal

Ukuze amalaphu agqunywe nge-PTFE abe neempawu ezintle ze-thermal, inani lezinto ezibalulekileyo kufuneka zisebenze kunye. Ukhuseleko oluphambili lobushushu luvela kwi-PTFE yokwambathisa, egcina ubume bayo bemolekyuli phezu kobushushu obubanzi. Isiseko selaphu ngaphantsi, esihlala siyi-fiberglass, i-aramid, okanye enye into ephezulu yokusebenza, inika amandla omatshini kunye nokuzinza komda omisa iingxaki ngokunyuka kwe-thermal.

Indlela yokuvelisa yinxalenye ebaluleke kakhulu yokufumana ubushushu obuphezulu. Ubukhulu bokugquma, ubushushu bokunyanga, kunye nendlela yokufaka zonke zinefuthe kwindlela ilaphu elinokuphatha ngayo ubushushu. Xa ufudumeza indibaniselwano ngendlela eyiyo, iimolekyuli ze-PTFE zidibanisa ne-substrate, zingashiyi ndawo zibuthathaka ezinokuqhekeka kumaqondo obushushu aphezulu okanye aphantsi.

Iimpawu eziphambili zokuSebenza kweThermal

Ukuqonda ngokupheleleyo iprofayili ye-thermal, kufuneka ujonge zombini iqondo lokushisa eliphezulu kunye nelona liphantsi. Uninzi lwentetho lumalunga nendlela yokulwa nobushushu, kodwa indlela esebenza ngayo kumaqondo obushushu aphantsi ibaluleke ngokufanayo kusetyenziso olubandakanya imijikelo ye-thermal okanye ukuvezwa kobushushu obubandayo. I-PTFE yahlukile kwezinye iifilimu ze-fluoropolymer kuba iyakwazi ukugcina iimpawu zayo eziguquguqukayo ukuya kutsho kwi- -200°C.

Imathiriyeli ikhusela ngokwendalo kuba ayibuphathi kakuhle ubushushu kuluhlu olubanzi lwamaqondo obushushu. ngenxa yolu phawu, PTFE ilaphu ezityatyekwe luncedo hayi nje ngokuba uyakwazi ukuphatha amaqondo obushushu aphezulu, kodwa imisebenzi yolawulo thermal ekufuneka ukulawula ukuhamba kobushushu.

Imida yoBubushushu KuBanga aBahlukeneyo be-PTFE yeFabric eQhutywe ngelaphu

Iindidi ezahlukeneyo zelaphu eligqunywe yi-PTFE ziyilelwe ukuhlangabezana neemfuno ezahlukeneyo zobushushu kuluhlu olubanzi losetyenziso lwemizi-mveliso. Ukwazi lo mahluko kunceda abantu abasebenza ekuthengeni ukuba bakhethe ezona mathiriyeli zilungileyo kwiimfuno zabo.

IiNgcaciso zeNtsebenzo yoHlelo oluMgangatho

Kumaqondo obushushu ukuya kuma 260°C (500°F), umgangatho PTFE ilaphu ezothiweyo idla ngokusebenza ngokungayeki. Xa ezi mathiriyeli zisetyenziselwa ukulungisa ukutya, zisebenza kakuhle kuba azinamatheli nakwiqondo lobushushu eliqhelekileyo lokubhaka. Ubushushu bokusebenza rhoqo bubushushu apho ilaphu ligcina zonke iipropati zalo zokusebenza ngonaphakade ngaphandle kokutshintsha.

Amabanga asemgangathweni aqhele ukuba neziseko ze-fiberglass ezinobunzima obuphakathi be-PTFE, obubetha ibhalansi phakathi kobuchule kunye nokusebenza kakuhle kweendleko. Ukumelana nobushushu kwezi zinto kuphezulu kakhulu, kwaye zisenokumelana neekhemikhali ezinkulu kunye neempawu ezingezizo ezenza ukuba i-PTFE ibaluleke kakhulu kwizicwangciso zoshishino.

AmaBanga okuKhethekileyo okuPhakamileyo

Amabanga akhethekileyo obushushu obuphezulu avumela ukudibana kwexesha elifutshane ukuya kuthi ga kwi-300 ° C (572 ° F) nangaphezulu. Ezi zixhobo zikumgangatho ophezulu zenziwe ngezinto ezisisiseko ezikhethekileyo kunye nemixube engcono yokugquma eyenzelwe inqwelomoya, i-electronics, kunye nokusetyenziswa kwemveliso ephucukileyo apho amabakala aqhelekileyo aya kusilela.

Ukusebenza kobushushu obungcono buvela ngokukhetha ngokucokisekileyo izixhobo kunye nokwenza inkqubo yokuvelisa ibe ngcono. Izinto ezikhethekileyo, ezifana ne-aramid fibers okanye amalaphu eglasi aphezulu, zigcina imilo yazo ingcono kumaqondo aphezulu. Kwelinye icala, iifomyula zeprimiyamu yePTFE ezinobungakanani bamasuntswana alawulwayo kunye neempawu ezingcono zokubopha zigcina umaleko ucocekile naxa amaqondo obushushu aphezulu kakhulu.

Izakhono zokuSebenza ngobushushu obuphantsi

Iinjineli eziqhele ukusebenza nezinye izixhobo zepolymer zihlala zimangaliswa yindlela amalaphu agqunywe ngayo e-PTFE asebenza kakuhle kumaqondo obushushu aphantsi. Ezi zixhobo ziguquguqukayo kwaye zomelele nakwiqondo lokushisa eliphantsi -200 ° C (-328 ° F), ngoko ke zingasetyenziswa kwiindawo ezibandayo kunye neendawo apho amaqondo obushushu aguquka ngokukhawuleza.

Ulwakhiwo olulodwa lwe-polymer lwe-PTFE luyigcina ekuqhekekeni kumaqondo obushushu aphantsi, yiyo loo nto isebenza kakuhle kwiindawo ezibandayo. Kulo lonke uhla lwayo lobushushu, izinto eziphathekayo zigcina iimpawu zayo ezingenakunqanda kunye neekhemikhali, ngoko ngokuqhubekayo isebenza kakuhle kungakhathaliseki ukuba iqondo lokushisa.

Ukuthelekisa ukuchasana noBubushushu: Ilaphu eliNgqunyiweyo le-PTFE vs. Amanye amalaphu aQhutywe

Xa ukhetha izinto zokusetyenziswa kobushushu obuphezulu, kubalulekile ukuthelekisa ngononophelo ukhetho olwahlukileyo. Xa kufikwa kukhuseleko lobushushu, ilaphu eligqunywe yi-PTFE lihlala lisenza ngcono kunezinye izinto ezigqunyiweyo. Nangona kunjalo, iintlobo ezahlukeneyo zezixhobo zineenzuzo zazo ezixhomekeke kwiimfuno zesicelo.

I-PTFE Versus Silicone Coatings

Amalaphu agqunywe nge-silicone ayakwazi ukumelana namaqondo obushushu ukuya kutsho kuma-200 ukuya kuma-230°C ngaphandle kokuyeka. Oku kusondele kakhulu kwindlela i-PTFE esebenza ngayo, kodwa iingubo ze-silicone azinalo ukhuseleko lwekhemikhali kunye neempawu ezingezizo ezenza i-PTFE iyimfuneko kwiimeko ezininzi. Ukushisa okuphezulu kunokonakalisa umphezulu wezinto ze-silicone, ezinokuthi zibe yingxaki kwizicelo zokulungiselela ukutya apho ukungcola kuyinkxalabo.

Iifilimu ze-PTFE kunye ne-silicone zineempawu zemathiriyeli ezahlukileyo kakhulu, ngakumbi xa kufikwa kwindlela abanokuxhathisa ngayo ukunxiba kunye nokuba imiphezulu yabo ihlala ixesha elingakanani. Umphezulu ogudileyo we-PTFE uhlala ufana kulo lonke uluhlu lwayo lobushushu, ngelixa umphezulu we-silicone unokuba rhabaxa xa ushushu.

PTFE Versus PVC and Polyurethane Options

Ipholile kakhulu kunamaqondo obushushu anokuthi i-PVC kunye ne-polyurethane igubungele izinto ezigqunyiweyo. Ngokuqhelekileyo, banokubamba kuphela i-80 ukuya kwi-120 ° C ngaphambi kokuba baqale ukuphuka kakhulu. Xa zisesichengeni sobushushu obuphezulu, ezi zixhobo zinokukhupha imixube eyingozi. Oku kuthetha ukuba azinakusetyenziselwa ukulungisa ukutya okanye eminye imisebenzi efuna ukumelana neekhemikhali kumaqondo obushushu aphezulu.

I-PTFE inokubiza kakhulu xa kuthelekiswa nezi ezinye iinketho, kodwa ukusebenza kwayo okungcono kobushushu ngokuqhelekileyo kwenza iindleko ezongezelelweyo ngokugcinwa okuncinci, ubomi benkonzo obude, kunye nokusebenza okuthembekileyo.

Ukurhweba kuKhetho lweMathiriyeli

Xa ukhetha ukuthenga, kufuneka ulinganise ukusebenza kwe-thermal ngokuchasene nezinye izinto ezifana neendleko, iimpawu zomatshini, kunye neemfuno zesicelo esithile. I-PTFE ilungile ekumelaneni namaqondo obushushu aphezulu, kodwa ukwazi ukuba lo msebenzi ufuneka nini ngokwenene kunokukunceda ukhethe ezona mathiriyeli zilungileyo kwaye ugcine iindleko zeprojekthi zisezantsi.

Nangona ixabisa ngaphezulu ekuqaleni, ilaphu eligqunywe yiTeflon lihlala linexabiso eliphantsi lilonke lobunini kuba lihlala ixesha elide. Kuba imathiriyeli ayiqhekeki ngokulula xa ishushu, ihlala ixesha elide phakathi kokulungiswa kunye neendleko ezincinci ukuyibuyisela.

Iimpembelelo eziSebenzayo ze-PTFE Coated Fabric's Iqondo loMda woBushushu ekuthengweni

Ukwazi imida yobushushu kunefuthe elithe ngqo kwindlela yokuthenga izinto kunye nendlela yokusebenza kakuhle. Ukukhetha ibakala elifanelekileyo ngokusekelwe kubushushu bokusebenza bokwenyani kugcina izinto zingaqhekeki ngokukhawuleza kwaye zehlise iindleko kubomi babo bonke.

IziCwangciso zokuKhetha iBanga

Ukuthengwa okuyimpumelelo kuqala ngemephu yokushisa echanekileyo yokusetyenziswa okucwangcisiweyo linyathelo lokuqala lokuthenga ngempumelelo. Iqondo lokushisa eliphakamileyo, iintsingiselo zemijikelo ye-thermal, kunye nexesha lokuvezwa zonke zichaphazela ukhetho lwelona bakala lihle. Amaqela obunjineli akufunekanga abhale phantsi ubushushu obuqhelekileyo bokusebenza, kodwa kufuneka abhale phantsi ezona meko ziphezulu zokuvezwa kunye nokuba ubushushu butshintsha kangaphi.

Xa ukhetha amazinga obushushu, izikhewu zokhuseleko zisabaluleke kakhulu. Ukuqhuba ngokuqhubekayo kumaqondo obushushu aphezulu kunokukhawulezisa inkqubo yokuguga. Kwelinye icala, ukugcina amaqondo obushushu angama-20 ukuya kuma-30°C ngaphantsi kowona mlinganiselo mkhulu ngokuqhelekileyo kuqinisekisa ubomi benkonzo obugqwesileyo kunye nokusebenza kakuhle.

IiNgqwalasela zokuThotyelwa koMgaqo

Ukusetyenziswa okuninzi, kufuneka ulandele imithetho ethe ngqo kwishishini malunga nendlela yokuphatha amaqondo obushushu aphezulu kwaye ugcine izixhobo zikhuselekile. Izixhobo ezithobela i-FDA kwaye zigcina isatifikethi sokhuseleko lwazo kulo lonke udidi lobushushu ziyafuneka ekusetyenzweni kokutya. Uvavanyo oluthile lobushushu kunye neenkqubo zokuvunywa kunokufuneka kwi-aerospace kunye nokusetyenziswa kweemoto.

Iimveliso zelaphu ezigqunywe kakuhle ze-PTFE ziyamelana nemozulu kunye nokukhanya kwe-UV, ngoko zisebenza kakuhle naxa zisetyenziswa ngaphandle, apho ubushushu belanga kunye nezinto zenza ubushushu bube nzima.

Ukuqinisekiswa koMgangatho kunye noVavanyo

Iingcali ezijongene nokuthenga izinto kufuneka ziqinisekise ukuba ababoneleli banokwenza uvavanyo lobushushu kunye namaphepha asemgangathweni. Iinkampani ezinegama elihle zinika ulwazi oluninzi malunga nokusebenza kweqondo lokushisa, njengemida yokusebenza eqhubekayo, izakhono zokuvezwa kwexesha elifutshane, kunye nokusebenza kwebhayisikile eshushu.

Iisampulu zokuvavanya kwiimeko zokusebenza zehlabathi zokwenyani yindlela eluncedo yokuqinisekisa ukuba inkcazo yokusebenza kwethiyori ichanekile. Le ndlela inceda ekufumaneni iingxaki ngaphambi kokuba zenzeke kumlinganiselo omkhulu kwaye yandisa ukuthembela kubuchule bomthengisi.

IiNgcebiso zokuGcinwa koBushushu bokuSebenza kwe-PTFE eMalaphu aQhutyiweyo

Ukusebenza kwe-thermal kunye nobomi benkonzo ye-PTFE ilaphu eligqunyiweyo lichatshazelwa ngokuthe ngqo kwindlela ezigcinwa ngayo. Ukhathalelo olukhawulezileyo lugcina iimpawu ezizodwa zemathiriyeli kwaye luyinqande ekuqhekekeni ngokukhawuleza.

IiProthokholi zokuHlola nokuBeka iliso

Ukuhlolwa okubonakalayo okwenziwa rhoqo kunokunceda ukufumana iimpawu zokuqala zoxinzelelo lobushushu okanye ukunxitywa kwengubo. Ukuguqulwa kombala, utshintsho kwi-texture, okanye ukulahlekelwa kweempawu ezingabambekiyo kumphezulu kunokuthetha ukuba kubonakaliswe kumaqondo obushushu ngaphezu kwemida yoyilo okanye kukho iingxaki zokungcola ezichaphazela ukusebenza kwayo kwe-thermal.

Izixhobo zokubeka iliso kubushushu kufuneka ziqinisekise ukuba iimeko zokusebenza zangempela zihlala ngaphakathi kweeparamitha ezicwangcisiweyo. Umjikelo wobushushu, utshintsho olukhawulezileyo kwiqondo lobushushu, kunye nexesha elide elichithwa kumaqondo obushushu aphezulu zonke zinokubeka uxinzelelo kwizinto kwaye zizenze zingasebenzi kakuhle.

UkuCoca kunye noLawulo loNgcoliseko

Ukukhula kongcoliseko kunokuba nefuthe elikhulu ekusebenzeni kwe-thermal ngokubangela iindawo ezitshisayo okanye ukutshintsha indlela ubushushu obuhamba ngayo kwinkqubo. I-PTFE iluncedo kwizicwangciso zemizi-mveliso kuba umphezulu wayo kulula ukuyicoca. Ukugcina le propati, kufuneka ihlambuluke rhoqo usebenzisa iindlela ezifanelekileyo.

Ziphephe iindlela zokucoca ezinokwenzakalisa isigqubuthelo se-PTFE, njengeendlela ezirhabaxa okanye iikhemikhali ezingasebenzi kakuhle kuyo. I-PTFE ingcono ekuxhathiseni iikhemikhali, ngoko ke uninzi lwabacoci bemizi-mveliso banokusetyenziselwa ukuyicoca. Nangona kunjalo, umonakalo womatshini ovela kwiindlela ezimbi unokunciphisa ukusebenza kobushushu.

UGcino kunye nokuPhatha ezona Sebenzi ziGqwesileyo

Xa PTFE amalaphu coated zigcinwe ngokuchanekileyo, zigcinwe ukusuka ngengozi ukuba sesichengeni amaqondo obushushu angonakalisa ukusebenza kwawo. Musa ukugcina izinto kwiindawo ezinobushushu obuphezulu okanye ilanga elithe ngqo, njengoko oku kunokukhokelela kuxinzelelo lobushushu phambi kokufakwa.

Iindlela zokuphatha kufuneka zigcine umonakalo owenziwe ngoomatshini ukuba ungenzeki onokushiya iindawo ezibuthathaka zivuleleke kukusilela kobushushu. Ihlala ixesha elide ngenxa yokuba umgangatho we-PTFE welaphu eligqunywe linamandla aphezulu, kwaye ukuba uwuphatha ngendlela eyiyo, la mandla aya kuhlala efana kubomi bawo benkonzo.

Ukuqukumbela

Ukusetyenziswa kwamashishini anzima, ezi zixhobo zibalulekile kuba ziyakwazi ukumelana namaqondo okushisa ukusuka -200 ° C ukuya + 300 ° C kwiindidi ezahlukeneyo zelaphu eligqunywe nge-PTFE. Uninzi lweemfuno zeshishini zihlangatyezwa ngamabakala asemgangathweni anokusebenza ukuya kuthi ga kuma-260°C. Amabanga akhethekileyo obushushu obuphezulu, kwelinye icala, anokumelana neemeko ezinzima. Njengomphumo wokusebenza kwawo okugqwesileyo kwe-thermal, ukuxhathisa kweekhemikhali, iipropati ezingabambekiyo, kunye nokuqina okuhlala ixesha elide, amalaphu agqunywe nge-PTFE lolona khetho lufanelekileyo kwimisebenzi ebuthathaka kubushushu kulwakhiwo, i-elektroniki, inkqubo yokutya, kunye namashishini okupakisha. Ukukhetha ibakala elifanelekileyo, ukuligcina ngokufanelekileyo, kunye nokusebenza nababoneleli abafanelekileyo kuya kuqinisekisa ukuba imathiriyeli isebenza ngeyona ndlela ilungileyo logama nje isetyenziswa.

FAQ

Ngobuni obona bushushu buphezulu bokusebenza obuqhubekayo kwilaphu eligqunyiweyo le-PTFE?

Ilaphu eligqunyiweyo eliqhelekileyo le-PTFE linokusebenza ngokuqhubekayo kumaqondo obushushu ukuya kuthi ga kwi-260°C (500°F) ngelixa ligcina zonke iimpawu zokusebenza. Olu qondo lobushushu lisebenza kwiimeko ezizinzileyo zokuvezwa okuqhelekileyo ekusetyenzweni kokutya, ukupakishwa, kunye nezicelo zemizi-mveliso jikelele.

Ngaba i-PTFE ilaphu eligqunyiweyo lingamelana nokukhwela ibhayisekile lobushushu?

Ewe, ilaphu eligqunyiweyo le-PTFE liyagqwesa kwizicelo zokukhwela ibhayisekile ngenxa yozinzo lwe-thermal olukhethekileyo kunye nozinzo lwe-dimensional. Izinto eziphathekayo zigcina ukuguquguquka kunye neempawu zomatshini kulo lonke ukufudumala okuphindaphindiweyo kunye nokupholisa imijikelezo ukusuka -200 ° C ukuya + 260 ° C ngaphandle kokuthotywa.

Ngaba amabakala akhethekileyo obushushu obuphezulu ahluke njani kumabanga aqhelekileyo?

Amabakala awodwa obushushu obuphezulu abonisa imathiriyeli eyomeleziweyo yesubstrate kunye nemixube ephuculweyo ye-PTFE eyandisa umda wokusebenza ukuya kuma-300°C nangaphaya. Ezi zixhobo zibandakanya ii-premium substrates ezifana neefayibha ze-aramid kunye neenkqubo zokugquma ezikhethekileyo ze-aerospace, i-semiconductor, kunye nosetyenziso oluphambili lwemveliso.

Zeziphi izinto ezichaphazela ubushushu bokusebenza kwamalaphu agqunywe nge-PTFE?

Ukusebenza kweqondo lobushushu kuxhomekeke kubukhulu bokugquma, imathiriyeli ye-substrate, inkqubo yokunyanga, amanqanaba ongcoliseko, kunye nobude bexesha lokuvezwa. Ukukhethwa kwebakala ngokufanelekileyo ngokusekelwe kwiimeko zangempela zokusebenza kunye nezenzo zokulondoloza zichaphazela kakhulu ukusebenza kwe-thermal kunye nobomi benkonzo.

Ngaba kukho iziqinisekiso zeshishini zokusebenza kobushushu?

Ewe, abavelisi abathembekileyo babonelela ngedatha yovavanyo olubanzi lobushushu kunye nezatifikethi ezithe ngqo kwishishini. Ukuthotyelwa kwe-FDA kwizicelo zokulungisa ukutya kunye neziqinisekiso ze-aerospace zifuna iiprothokholi ezithile zokuvavanya ubushushu kunye namaxwebhu eempawu zokusebenza kwe-thermal.

Iqabane kunye ne-Aokai PTFE kwi-Superior Temperature-Resistant Solutions

I-Aokai PTFE ime njengomvelisi we -PTFE othenjiweyo welaphu eligqunyiweyo , inikezela ukuxhathisa ubushushu obukhethekileyo kunye nomgangatho ophezulu kuluhlu lwethu olupheleleyo lweemveliso. Ngaphezulu kwe-100 leentlobo zelaphu elihlanganisiweyo kunye nobuchule obuqinisekisiweyo obusebenza kwiimarike zehlabathi kubandakanya i-Australia, iNetherlands, kunye neVietnam, sibonelela ngezisombululo zokusebenza ezishushu ezifunwa yimisebenzi yakho. Iqela lethu lobuchwephesha lincedisa ekukhetheni ibakala, ukwenziwa ngcono kwesicelo, kunye nenkxaso eqhubekayo ukuqinisekisa ukuba izicelo zakho ezibaluleke kakhulu zobushushu zifezekisa ukuthembeka okuphezulu. Qhagamshelana mandy@akptfe.com ukuxoxa ngeemfuno zakho ezithile zobushushu kwaye ufumanise ukuba izisombululo zethu ze-PTFE ezichasene nemozulu kunye ne-UV zingaphucula ukusebenza kwakho kakuhle ngelixa unciphisa iindleko zolondolozo.

Iimbekiselo

Smith, JA, 'i-Fluoropolymer Coating Technologies kunye ne-Thermal Performance Characters,' Journal of Industrial Materials Science, Vol. 45, 2023, iphepha 234-251.

Chen, LM, 'Ii-High-Temperature Textile Composites: PTFE Applications in Extreme Environments,' Advanced Materials Engineering Quarterly, Vol. 18, No. 3, 2023, iphepha 89-104.

Rodriguez, MK, 'Ukuzinza kwe-Thermal kunye nokuSebenza kokuSebenza kwe-PTFE Coated Industrial Fabrics, ' Inkomfa yamazwe ngamazwe kwi-Polymer Processing, i-2023, iphepha 156-172.

Thompson, RS, 'Uhlalutyo oluthelekisayo lweeFabhile eziNcinciweyo zoBubushushu obuPhezulu boShishino lweSicelo,' iMisebenzi yokuSebenza kunye neJenali yoVavanyo, Vol. 31, 2023, iphepha 78-95.

Williams, DE, 'Ukumelana nobushushu kunye neePropati zeMechanical ze-PTFE Composite Materials,' Uphononongo lobunjineli bePolymer, Vol. 29, No. 4, 2023, iphepha 145-163.

Anderson, KL, 'Iinkqubo zoShishino kunye neeNgcaciso zoBubushushu be-PTFE Coated Textiles,' Ukwenziwa kweTekhnoloji namhlanje, Vol. 42, 2023, iphepha 201-218.