加州莫斯蘭丁的全球最大鋰電池儲能廠發生嚴重火災,導致有毒氣體不斷竄出,迫使當局疏散附近1700多人。這起事件再次凸顯了熱失控(thermal runaway)現象所帶來的潛在危險。特別是鋰電池在儲能和電動車領域應用中所面臨的安全挑戰。
液態
墊片
吸波
膠帶
輕量
絕緣
石墨
斷熱
非矽型 · 導熱材料 ——
/ Thermal conductivity: 2.5 W/m*K
/ Thermally conductive vibration dampening
/ Low mixing viscosity
/ Extremely low Shrinkage rate 0.01%.
/ Epoxy Based material with high hardness for support
/ Slow sedimentation rate due to Resin & powder mixing perfectly via superb processing technology. It leads EP770-s material easy to mix and disperse
/ Tinplate Can:1 kg
/ Other special and custom sizes are available upon request
/ Motor: Torque motor、Linear Motor Servo motor
/ IGBT module
/ Electronic components: IC、CPU、MOS、Mother Board
/ Wireless Hub
/ Automotive electronics
/ Between any heat-generating component and a heat sink
/ 5G base station & infrastructure
/ EV electric vehicle
PROPERTY | EP770-s | TEST METHOD | UNIT |
---|---|---|---|
Color | Black | Visual | - |
Resin base | Epoxy | - | - |
A:B | 100:10 | - | - |
Viscosity A | 350 | ISO 3219 | Pa.s |
Viscosity mixed | 5 | ISO 3219 | Pa.s |
Tensile strength | 73 | ISO527 | N/cm² |
Tensile strength | 73 | ISO527 | N/cm² |
ROHS & REACH | Compliant | - | - |
THERMAL | |||
Thermal conductivity | 2.5 | ASTM D5470 | W/m*K |
Dielectric breakdown | 14 | ASTM D149 | KV/mm |
Volume resistivity | >10¹¹ | ASTM D257 | Ohm-m |
是一種可防止熱失控,極低密度且可耐高溫1300°C,
並具備卓越的隔熱性能、優異的噪音阻隔及絕緣、緩衝、防火等功能而著稱的先進材料。
加州莫斯蘭丁的全球最大鋰電池儲能廠發生嚴重火災,導致有毒氣體不斷竄出,迫使當局疏散附近1700多人。這起事件再次凸顯了熱失控(thermal runaway)現象所帶來的潛在危險。特別是鋰電池在儲能和電動車領域應用中所面臨的安全挑戰。