斷熱材料
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。
液態
墊片
吸波
膠帶
輕量
絕緣
石墨
斷熱
非矽型 · 導熱材料 ——
/ Lightweight, Low Density, Thermal Conductivity: 4.0 W/m*K
/ High flow rate, extrusion rate under 90psi&60s conditions: 29g/min
/ Bond line thickness:100~1500µm
/ Non-silicone resin materials
/ Designed to remove manufacturing tolerances
/ Does not produce stress on delicate components
/ No vertical flow
/ Dispensable for serial manufacture
/ For any high compression and low stress application
sing 1.5mm pad as a gap control, put the putty between the
aluminum and the glass panel mark the initial position. Then,
place it in the oven with 125℃ for 1,000 hours and observe its
displacement after reliability test
/ lightweight applications, such as Automotive electronic devices, Mobile communication device, Drone & aircraft,Sports and leisure electronic products, Portable computers and tablets,wearable devices, Portable game consoles, VR devices and etc.
PROPERTY | NL-putty04-s | TEST METHOD | UNIT |
---|---|---|---|
Color | Yellow | Visual | - |
Resin base | Non-Silicone | - | - |
Viscosity | 2500 | DIN 53018 | Pa.s |
Flow Rate | 29 | By LiPOLY | g/min |
Density | 2.3 | ASTM D792 | g/cm³ |
Application temperature | -60~125 | - | °C |
Bond line thickness | 100~1500 | - | μm |
ROHS & REACH | Compliant | - | - |
THERMAL | |||
Thermal conductivity | 4.0 | ASTM D5470 | W/m*K |
Thermal impedance@10psi / 80°C | 0.088 | ASTM D5470 | °C-in²/ W |
Thermal impedance@30psi / 80°C | 0.081 | ASTM D5470 | °C-in²/ W |
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。