![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/IMG_1542_1.JPG)
升级有感,夏日超频就靠它! 处理器的散热大家会使用直接更换散热器方式来升级,不过散热膏也是非常重要的脚色,好的散热膏才能将热迅速传递至散热器上,相信大家一定有听过所谓的液态金属散热膏,拥有非常优异的导热效果,让散热器的散热效果可以再提升一个档次!!这次要介绍由索摩乐Thermalright推出的『Silver King』液态金属散热膏-,Silver King有1g与3g两种包装,导热系数为79W/m-k,工作温度范围-3℃~140℃,有导电性,颜色为银色,在常温下有如水银一样呈液体状态,可以达到非常优异的导热效果,推荐用于镀镍铜的散热器上,这次测试会搭配Thermalright TR-240C一体式水冷散热器,看看还能再提升多少效能,马上就来看索摩乐Thermalright Silver King液态金属散热膏带来的优异导热表现吧。
索摩乐Thermalright Silver King液态金属散热膏包装与本体▼外包装标示可直接看到散热膏本体
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/IMG_1542.JPG)
▼产品型号为Silver King
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/IMG_1545.JPG)
▼本次介绍为1g包装
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/IMG_1548.JPG)
▼包装背面标示产品基本规格
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/IMG_1549.JPG)
▼散热膏基本规格
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/IMG_1552.JPG)
▼Silver King散热膏本体、清洁酒精棉片、棉花棒*2、涂抹棒与注射针头
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/IMG_1559.JPG)
▼涂抹后一览
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/IMG_2433.JPG)
搭配Thermalright TR-240C一体式水冷散热器 与Intel i9-9900K散热表现测试测试平台
CPU:Intel i9-9900K
Cooler: Thermalright TR-240C
散热膏: Thermalright Silver King
MB: ASUS ROG STRIX Z390-F GAMING
RAM: GeIL DRAGON RAM DDR4 16GB kit @ DDR4-3600
Storage: Samsung MZHPV256HDGL 256GB
PSU: Steventeam 500W
OS: Windows 10 专业版 64 Bit
测试采用OCCT测试观察CPU烧机时的温度变化,并监测CPU频率变化(在BIOS底下已将CPU Throttling),测试环境室温约28度
▼测试平台验明正身
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/CPUZ.JPG)
OCCT软体设定 测试时间共30分钟:待机5分钟->烧机20分钟->待机5分钟
▼CPU频率纪录
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/Default/Frequency.png)
▼CPU Package温度记录,待机35~40度上下跳动,烧机过程53~63度之间跳动,最高温度为63度,平均温度为56度
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/Default/Package.png)
▼CPU 8个Core温度记录,待机34~40度上下跳动,烧机过程47~62度之间跳动,最高温度为54~62.5度,平均温度为50~54.5度
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/Default/Core1.png)
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/Default/Core2.png)
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/Default/Core3.png)
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/Default/Core4.png)
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/Default/Core5.png)
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/Default/Core6.png)
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/Default/Core7.png)
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/Default/Core8.png)
▼我们来回顾一下之前Thermalright TR-240C搭配TF4散热膏的CPU Package温度记录(室温同样为28度),待机36度上下跳动,烧机过程56~63度之间跳动,最高温度为65度,平均温度约59度,搭配Silver King后平均温度下降3度
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TR_240C/pic/Default/Package.png)
搭配Thermalright TR-240C一体式水冷散热器 与Intel i9-9900K超频5.0GHz散热表现测试测试平台
CPU:Intel i9-9900K @ 5.0GHz
Cooler: Thermalright TR-240C
散热膏: Thermalright Silver King
MB: ASUS ROG STRIX Z390-F GAMING
RAM: GeIL DRAGON RAM DDR4 16GB kit @ DDR4-3600
Storage: Samsung MZHPV256HDGL 256GB
PSU: Steventeam 500W
OS: Windows 10 专业版 64 Bit
测试采用OCCT测试观察CPU烧机时的温度变化,并监测CPU频率变化(在BIOS底下已将CPU Throttlinge),测试环境室温约28度
▼测试平台验明正身
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/CPUZ_OC.JPG)
OCCT软体设定 测试时间共30分钟:待机5分钟->烧机20分钟->待机5分钟
▼CPU频率纪录(全程无降频)
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/OC/Frequency.png)
▼CPU Package温度记录,待机38~54度上下跳动,烧机过程70~91度之间跳动,最高温度为95度,平均温度为75度
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/OC/Package.png)
▼CPU 8个Core温度记录,待机36~41度上下跳动,烧机过程63~84度之间跳动,最高温度为84~92度,平均温度为67~74度
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/OC/Core1.png)
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/OC/Core2.png)
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/OC/Core3.png)
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/OC/Core4.png)
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/OC/Core5.png)
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/OC/Core6.png)
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/OC/Core7.png)
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_SILVER_KING/pic/OC/Core8.png)
▼我们来回顾一下之前Thermalright TR-240C搭配TF4散热膏的CPU Package温度记录(室温25度),待机41度上下跳动,烧机过程78~97度之间跳动,最高温度为100度,平均温度约80度,搭配Silver King后测试结果平均温度差异来到了5度
![](https://i2.wp.com/3cjohn.000webhostapp.com/Thermalright_TR_240C/pic/OC/Package.png)
总结这次介绍索摩乐Thermalright Silver King液态金属散热膏表现相当棒,搭配超频至5.0GHz的i9-9900K可以降低5度,相信许多超频玩家都知道要在这严苛的超频环境下降低5度平均温度有多困难,不论是空冷或水冷散热器都可以透过更换散热膏方式就可以轻松获得更好的散热效果,炎炎夏日即将到来,如果已经采用不错的散热器,不坊可以透过升级散热膏的方式让电脑散热效果更棒更稳定,想找一款导热效果超优异的液态金属散热膏吗?相信索摩乐Thermalright Silver King液态金属散热膏是个非常不错的选择喔!
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