Filastik masu sarrafa zafin jiki suna komawa zuwa nau'in samfuran filastik tare da haɓakar zafin jiki mafi girma, yawanci tare da ƙayyadaddun yanayin zafi sama da 1W/ (m. K).Yawancin kayan ƙarfe suna da kyakkyawan yanayin zafi kuma ana iya amfani da su a cikin radiators, kayan musayar zafi, dawo da zafi mai ɓata lokaci, fakitin birki da allunan kewayawa da bugu.Duk da haka, juriya na lalata kayan ƙarfe ba shi da kyau, wanda ke iyakance aikace-aikacen a wasu fannoni, kamar masu musayar zafi, bututun zafi, na'urorin dumama hasken rana da na'urar sanyaya baturi a cikin samar da sinadarai da kuma kula da ruwa.Juriya na lalata da kayan aikin injiniya na filastik suna da kyau sosai, amma idan aka kwatanta da kayan ƙarfe, ƙarancin zafin jiki na kayan filastik ba shi da kyau.Ƙarfafawar thermal na HDPE tare da mafi kyawun halayen thermal shine kawai 0.44VV / (m. K).Ƙarƙashin zafin jiki na filastik yana iyakance iyakokin aikace-aikacensa, kamar rashin amfani da shi a kowane nau'in haɓakar zafi mai jujjuyawa ko lokutan da ke buƙatar zubar da zafi akan lokaci.

Tare da saurin haɓaka fasahar haɗin kai da fasahar haɗawa a cikin filin lantarki, ƙarar kayan aikin lantarki da na'urori masu tunani ya ragu dubbai da dubun dubatar sau, kuma akwai buƙatar gaggawa don ɗaukar kayan marufi tare da babban zafi mai zafi.Bugu da kari na high-tsarki ultra-lafiya nano-magnesium oxide zai iya biyan wannan bukata.Ana iya amfani dashi don robobi na thermally conductive robobi, thermally conductive guduro castables, thermally conductive silica gel, thermally conductive foda coatings, aikin thermal conductive coatings da daban-daban aikin polymer kayayyakin.Ana amfani dashi a cikin PA, PBT, PET, ABS, PP, da kuma a cikin gel silica gel, sutura da sauran kayan aiki don taka rawar thermal.

A cikin matrix guduro tare da high crystallinity, ƙara high thermal conductivity Additives ita ce mafi inganci hanyar inganta thermal watsin robobi.gyare-gyare na thermal conductive filler, ko da nano-size, ba kawai yana da wani karamin tasiri a kan inji Properties, amma kuma inganta thermal watsin;Bugu da kari na high-tsarki nano-magnesium oxide yana da karamin barbashi size da kuma uniform barbashi size, da thermal watsin aka rage daga talakawa 33W / (mK).) An ƙaru zuwa sama da 36W/(m. K).

Gwaje-gwaje sun nuna cewa ƙara 80% na tsafta mai girmanano magnesium oxide MgOzuwa PPS na iya cimma tasirin zafi na 3.4W / mK;ƙara 70% na aluminum oxide zai iya cimma tasirin thermal na 2.392W / mK

Ƙara 10% na nano MgO magnesium oxide mai tsabta mai tsabta zuwa fim din EVA na hasken rana yana inganta haɓakar zafin jiki, da kuma rufin, digiri na haɗin giciye da kwanciyar hankali na thermal kuma an inganta su zuwa digiri daban-daban.Akwai ƙima mai mahimmanci don adadin abubuwan da aka haɗa da therally conductive.

Ana iya amfani da robobi masu ɗaukar zafi a tsakiyar tsarin kwandishan, masu dumama ruwa na hasken rana, ginin bututun dumama, kayan canja wurin zafi don kafofin watsa labaru masu lalata, injin ƙasa, kayan kasuwanci, kayan aiki na atomatik, gears, bearings, gaskets, wayoyin hannu, na'urorin lantarki, janareta rufe da fitilu da sauran lokuta.Ana amfani da robobi masu ɗaukar zafi da zafi a injiniyan musayar zafi kamar radiators, bututun musayar zafi, da sauransu, da kuma zubar da zafi na kayan lantarki kamar allon kewayawa da kayan marufi na LED.Abubuwan amfani suna da faɗi sosai, kuma tsammanin suna da girma.