Izakhiwo Ezijwayelekile Ze-JOJUN6400 | |||
Impahla | Iyunithi | Uchungechunge Lomkhiqizo | Indlela Yokuhlola |
JOJUN6400 | |||
Umbala | Ngokwezifiso | Okubonakalayo | |
Ubukhulu | mm | 0.3-5 | I-ASTM D374 |
Specific Amandla adonsela phansi | g/cc | 3 | I-ASTM D792 |
Ukuqina | Shore oo | 20-70 | I-ASTM D2240 |
Isicelo Izinga lokushisa | ℃ | -50 - +200 | |
Ukuvutha Ikilasi | V0 | UL94 | |
Okushisayo I-Conductivity | W/mK | 4 | I-ASTM D5470 |
Ukuhlukana Amandla kagesi | KV/mm | >6 | I-ASTM D149 |
Ivolumu Ukungazweli | ohm-cm | 10 ^14 | I-ASTM D257 |
I-Dielectric Njalo | 1MHz | 7 | I-ASTM D150 |
Ama-semiconductors ku-sink yokushisa
Imishini yezokuxhumana
Amakhadi ezithombe
Amamojula enkumbulo
I-LED yesimo esiqinile sokukhanyisa i-LED
Amakhompyutha edeskithophu, amalaptop, amaseva
Amandla kagesi
I-LCLCD ne-PDP flat panel TV
Hlanganisa Gxuma
I-Extrusion
I-Thermal Pad Production Line
Nqampuna
Iphakheji
Izimpahla Eziphumayo
I-Voltage Breakdown Tester
I-Thermal Conductivity Tester
I-Kneader
Ilabhorethri
1.Nge-thermal conductivity engu-3.0 W/MK, i-JOJUN-6400 Series Thermal Pad iqinisekisa ukudluliswa kokushisa okuphelele, ngisho nasezindaweni ezidinga kakhulu.Ukumelana kwayo nokushisa okuphansi ekucindezelweni okuphansi kusho ukuthi ingakhipha ukushisa ngokuphumelelayo kuyilapho igcina izinga lokushisa elizinzile, iqinisekisa ukuthi izinto zikagesi zakho zihlala zisebenza futhi zithembekile.
2.Esinye sezici ezivelele ze-JOJUN-6400 Series Thermal Pad yizinto zayo zokunamathela ezinhle kakhulu.Yakhelwe ngokukhethekile ukuze inikeze ibhondi eqinile nethembekile ezindaweni ezihlukahlukene, okwenza kube lula ukuyifaka futhi ivikeleke endaweni.Lokhu kusho ukuthi ungathembela kuleli phedi elishisayo ukuthi lihlale endaweni, ngisho naphakathi kwezimo eziqine kakhulu.
1. I-conductivity enhle yokushisa: 1-15 W / mK.
2. Ubulukhuni obuphansi: Ubunzima busukela ku-Shoer00 10~80.
3. I-insulating kagesi.
4. Kulula ukuhlanganisa.
1. Isigcwalisi segebe esihlukanisekayo esinezingxenye ezimbili, ingcina ewuketshezi.
2. I-Thermal conductivity: 1.2 ~ 4.0 W/mK
3. Ukufakwa kwamandla kagesi aphezulu, ukucindezela okuphezulu, ukumelana nokushisa okuhle.
4. Isicelo sokucindezelwa, singafinyelela ukusebenza okuzenzakalelayo.
1. Ukuhlukaniswa kwamafutha aphansi (kubheke ku-0).
2. Uhlobo oluhlala isikhathi eside, ukwethembeka okuhle.
3. Ukumelana nesimo sezulu esinamandla (ukumelana nokushisa okuphezulu nokuphansi -40 ~ 150 ℃).
4. Ukumelana nomswakama, ukumelana ne-ozone, ukumelana nokuguga.