Rushewar zafi na ɗakin tururi sabuwar hanya ce ta kawar da zafi. Za a iya ɗaukar ɗakin tururi mai tsabta kamar yadda aka haɓaka bisa tushen bututun zafi. Kodayake bututun zafi na iya taimakawa zafi don fitar da shi cikin sauri, bututun zafi ba makawa zai haifar da babban radiyo, wanda bai dace da waɗancan lokuta tare da buƙatu masu tsauri ba. Wannan ya haifar da hanyar zubar da zafi wanda kuma yana da sauri a cikin tafiyar da zafi, kuma yana amfani da ƙarfin zafi mai girma, amma yana da ƙananan ƙarami.

Wannan shi ne yanayin da farantin soaking. Kamar bututun zafi, yana amfani da wani abu mai ruwa a cikin ɗaki amma yana da ƙarancin tafasa. Zai iya ɗaukar zafi mai yawa don gudanar da zafi ta hanyar dogaro da canjin lokaci. A lokaci guda, na waje yana ɗaukar ƙirar tagulla mai tsabta tare da saurin tafiyar da zafi mai sauri. Duk da haka, an ƙera ɗakin tururi tare da wani yanki mai girma na dumama, ta yadda a lokaci guda, tushen tagulla yana ɗaukar zafi mai yawa, ruwan da ke cikin ɗakin tururi zai zama mai zafi da kuma yin tururi, kuma zafin zafi zai fi dacewa. wanda kuma ya wuce bututun zafi. wuri. Haɗe tare da adadi mai yawa na fins ɗin tagulla mai tsafta waɗanda aka welded a kan ƙarshen murhun, da fan mai ƙarfi, ana fitar da zafi gaba ɗaya cikin iska. Tabbas, babban fa'idar ɗakin tururi shine siffarsa mai kama da farantin ta dace da ɓarkewar zafi na kayan aikin lantarki masu sirara kamar katunan zane, CPUs, da fitilun LED masu ƙarfi.

Babu shakka, da uniform pore tsarin da kumfa karfe yana da ya fi girma thermal watsin takamaiman surface area, mafi capillary mataki ga jan raga tsarin, kuma ko da ceton aiwatar sintering jan karfe foda a ciki na substrate, da kuma yin amfani da low- Ƙirƙirar ƙira na ƙarami da haɓakar zafi mafi girma Gidan tururi ya zama mai yiwuwa.