Lura: bisa ga buƙatun mai amfani na nano barbashi na iya samar da samfuran girman daban-daban.

Ayyukan samfur

Farin foda mai ƙarfi, mara guba, mara ɗanɗano, babban taurin, babban wurin narkewa

Hanyar aikace-aikace

Tare da saurin haɓaka fasahar haɗin kai da fasahar haɗin kai a cikin filin lantarki, ƙarar kayan aikin lantarki da ma'aunin tunani ya ragu sau dubbai da sau dubu goma, don haka ana buƙatar kayan marufi tare da matsanancin zafi da gaggawa.Bugu da kari na high tsarki ultrafine nano magnesium oxide ya gamsar da bukatar.Yana za a iya amfani da thermal roba, thermal guduro zuba abu, thermal silicone, thermal foda shafi, aikin thermal shafi da daban-daban aikin polymer kayayyakin.Ana iya amfani dashi a cikin PA, PBT, PET, ABS, PP, silicone da shafi.

1. A matrix guduro tare da high crystallinity, mafi tasiri hanyar inganta thermal conductivity na robobi ne don ƙara da ƙari abu tare da high thermal watsin.Thinning har ma da girman nanometer na thermal conductivity filler ba wai kawai yana da ɗan tasiri akan kaddarorin inji ba, har ma yana haɓaka haɓakar thermal.Add high tsarki nano magnesium oxide foda, tare da kyau fari, kananan barbashi size, uniform barbashi size, thermal watsin ƙara daga talakawa 33W / (m) .K) zuwa fiye da 36W / (m. K).

2. Sakamakon gwaji ya nuna cewa haɓakar thermal na 80% mai tsabta nano-magnesia a cikin PPS na iya kaiwa 3.4w / mK

3. Bugu da ƙari na 10% nano-magnesia tare da tsabta mai tsabta a cikin fim din EVA na hasken rana zai iya inganta haɓakawar thermal, rufi, digiri na crosslinking da kwanciyar hankali na thermal zuwa digiri daban-daban.

Yanayin ajiya

Ya kamata a adana wannan samfurin a bushe, sanyi da rufewar yanayi, ba za a iya ɗaukar iska ba, ban da haka ya kamata a guje wa matsa lamba mai nauyi, bisa ga jigilar kayayyaki na yau da kullum.