Teknoloġija ġdida tal-heatpipe

     Bl-iżvilupp mgħaġġel tal-industrija elettronika, il-komponenti elettroniċi ntużaw ħafna f'ħafna oqsma ewlenin, u qed jiżviluppaw lejn veloċità għolja ta 'tħaddim, minjaturizzazzjoni u kumpattezza, u l-fluss tas-sħana tagħhom huwa ogħla u ogħla. Għalhekk, huwa ta 'sinifikat kbir li tirriċerka u tiżviluppa apparat elettroniku ta' dissipazzjoni tas-sħana bi struttura kompatta, prestazzjoni affidabbli, installazzjoni flessibbli u konvenjenti, effiċjenza għolja ta 'dissipazzjoni tas-sħana u manutenzjoni faċli.

      Loop heat pipe (LHP) is an efficient heat transfer device. It drives the flow of working fluid through the capillary force generated by the suction core in the evaporator, and uses the phase change process of working fluid to transfer the heat pipe efficiently. Compared with other traditional heat pipes, its biggest advantage is large heat transfer distance and anti gravity operation. 

      A typical loop heat pipe consists of evaporator, condenser, liquid reservoir, steam pipeline and liquid pipeline, which drives fluid circulation and long-distance directional heat transfer by capillary force.

      loop heat pipe has the advantages of large heat transfer distance, compact structure, strong heat dissipation capacity, strong anti gravity, good heat balance and convenient installation and layout. It has been widely used in the fields of electronic cooling, battery thermal management, high-power LED, waste heat recovery, aerospace and military equipment.

      In recent years, with the 5G technology promoting high heat flux electronic equipment heat dissipation facing major challenges, the development potential of loop heat pipe in the field of electronic heat dissipation has been fully tapped, and its application scope and depth are rapidly improving.