產(chǎn)品簡(jiǎn)述 (Product Profile)
復(fù)合超導(dǎo)平板熱管一種具有超導(dǎo)熱性能的傳熱元件。復(fù)合超導(dǎo)平板熱管依靠?jī)?nèi)部特殊（復(fù)合）工質(zhì)的相變傳熱傳質(zhì)，復(fù)合超導(dǎo)平板熱管的表觀熱傳導(dǎo)率是同樣金屬材質(zhì)熱傳導(dǎo)率的一萬(wàn)倍左右，是具有同樣表面積的傳統(tǒng)圓形熱管的換熱能力的5～20倍，承壓能力是后者的10～20倍以上，而成本則只有傳統(tǒng)熱管的1/3以下。Composite superconducting flat heat pipe (SFHP) is a thermal conducting component having a thermal superconductive performance. SFHPrelyon the internal specialfluid which heat and mass transfer with phase transfer, the thermal conductivity of its surface area is about a million times of the metal thermal
conductive product on the market, the traditional cylinder shapedheat pipe having the equal surface area transfers 5 to 20 times less heat, thus the latte bearing capacity is 10 to 20 times less, whereas the SFHP costs1/3 or less of a traditional
heat pipe.
產(chǎn)品參數(shù) (Product parameters)
復(fù)合超導(dǎo)平板熱管仿真圖
產(chǎn)品應(yīng)用 (Product Application)
工作原理 (Working Principle)
復(fù)合超導(dǎo)平板熱管工作原理如圖三所示，典型的設(shè)計(jì)
都是由密閉多孔微槽群陣列管和工作液及復(fù)合毛細(xì)結(jié)構(gòu)
組成，將管內(nèi)抽成1.0×(10 -2 ～10 -3 )Pa的負(fù)壓后充以適量的工作液體，密封。腔體的一端為蒸發(fā)段(加熱段)，另一端為冷凝段(冷卻段)。腔體的一端受熱時(shí)腔體中的液體蒸發(fā)汽化，蒸汽在微小的壓差下流向另一端放出熱量凝結(jié)成液體，液體沿重力及毛細(xì)力方向流回蒸發(fā)段，如此循環(huán)不已，熱量由熱管的一端傳至另一端。Composite Superconducting Flat Heat Pipe working principle as shown in figure 3, a typical design are made of porous micro capillary groove arrays sealed
tube and the capillary structure of the working fluid and complex composition, the tube is evacuated 1.0 × (10 -2 ~ 10 -3 ) Pa after the appropriate amount of negative pressure filled with working fluid, sealed. One end of the cavity is evaporator section (heating section), and the other end is condensing section (cooling section). When evaporator section heated with liquid evaporates, a
slight differential pressure steam flow to another end of the section and heat released condenses into a liquid, the liquid along the direction of the gravity force and capillary flow back to the evaporator, so endless loop, heat transfers from one endof the pipe to the another.
上海鷹峰3D復(fù)合超導(dǎo)平板熱管散熱模組（第三代）SHANGHAI EAGTOP 3 D Composite superconducting flat heat pipe radiator module (third generation)
1、基板與復(fù)合超導(dǎo)平板熱管(FHP)組成3D連通的相變傳熱體系
2、相變基板受熱時(shí)，工質(zhì)吸收熱量，相變?yōu)檎羝羝卣羝ǖ缹崃總鬟f至每片熱管（FHP）管道，并將熱量傳遞至遠(yuǎn)端，
3、FHP散熱翅片進(jìn)行熱量交換，釋放熱量，工質(zhì)冷凝回流至相變基板區(qū)，從而形成熱量交換循環(huán) 。
1. Base plate and Composite superconducting flat heat pipe (FHP) 3D connected phase change heat transfer system.
2. Phase transformation substrate when heated, working medium, heat absorption phase into steam, steam along the channel transfer heat to each heat pipe (FHP) pipe, and transfer heat to the far end.
3. FHP heat exchange with the heat dissipation fin, heat, working medium condenser to phase transformation base board area, forming a heat exchange circulating.
技術(shù)特點(diǎn) (Product Features)
1、由于與熱源接觸區(qū)域（基板）采用了相變技術(shù)，可以有效控制并降低接觸熱阻；
2、同時(shí)由于基板與每片熱管（FHP）共同組成3D工質(zhì)相變、傳遞通道，從而有效降低了從熱源接觸區(qū)域（基板）至熱管（FHP）的熱阻，并提高了熱管（FHP）與翅片的熱交換效率。
3、3D復(fù)合超導(dǎo)平板熱管散熱器具有更高的傳熱性能、散熱性能及更優(yōu)化的體積結(jié)構(gòu)。
1. Due to the contact with the heat source area (substrate) used phase change technology, can effectively control and reduce the contact thermal resistance;
2. At the same time due to the base plate with each heat pipe (FHP) of 3 Dlaser phase transformation, transmission channels, thus effectively reducing the contact area (substrate) from the heat source to heat pipe (FHP) thermal resistance, and improved the heat exchange efficiency of the heat pipe (FHP) and fin.
3. 3D Composite Superconducting Flat Heat Pipe radiator has a higher heat transfer performance, thermal performance and the volume of a more optimized structure.
應(yīng)用范圍 (Application Arange)
適用于功率模塊、光伏逆變、SVG、高低壓變頻、APF、綠色能源、大型換熱、軌道交通等領(lǐng)域大功率散熱或換熱組件。
Applicable to the power module, photovoltaic inverter, SVG, high and low voltage inverter, APF, green energy, large heat exchange,rail transit in the fields of high power radiator, or heat transfer components
