신 머티리얼즈 제품: 열패드, 열젤, 실리콘 폼, 전자기 간섭 차폐 소재

핫스팟 온도를 낮추고 갭 충진 성능을 높이며 절연 신뢰성을 강화해야 하나요? 신 머티리얼즈는 열패드, 열젤부터 실리콘 폼, EMI 흡수 소재에 이르는 열계면소재 및 기능성 솔루션을 제공하며, 실제 전자기기 및 전력 시스템 환경에서 안정적인 성능을 발휘하도록 설계되었습니다.

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당사 제품의 주요 적용 분야 살펴보기

See how our innovative materials are used across a wide range of industries.

Router Solutions
How can you keep router chipsets cool and stable during 24/7 high-load operation?
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Game Console Solutions
How do you improve heat transfer and long-term reliability in compact console assemblies?
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Laptop Solutions
How can thin laptops boost thermal performance without sacrificing insulation and fit?
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Cell Phone Solutions
How do you spread hotspots and reduce surface temperature in highly integrated smartphones?
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Drone Solutions
How can drones maintain thermal stability under vibration, altitude, and rapid ambient changes?
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PV Inverter Solutions
How do you reduce thermal resistance and extend power-device life in PV inverters?
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Energy Storage System Solutions
How can thermal materials help prevent heat propagation and improve ESS safety margins?
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Server Solutions
How do you maximize contact efficiency and reduce thermal failures in high-density servers?
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Base Station Solutions
How can outdoor base stations achieve durable thermal bonding and weather resistance?
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Optical Module Solutions
How do you control temperature drift and EMI to keep optical modules signal-stable?
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SSD Solutions
How can you prevent throttling by improving heat spreading in high-performance SSDs?
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Automotive Electronics Solutions
How do you combine thermal, cushioning, and sealing performance for automotive-grade reliability?
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Charging Station Solutions
How can thermal insulation and heat transfer reduce fault rates in charging stations?
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EV Battery Solutions
How do you balance pack temperature and enhance safety with thermally conductive, flame-retardant materials?
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Aerospace Solutions
How can you achieve lightweight thermal management without compromising mission-critical reliability?
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Medical Solutions
How do you deliver stable cooling while meeting low-outgassing and compliance requirements in medical devices?
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EV Battery Systems
Thermal interface materials directly affect the service life and stability of key components such as chips and batteries.
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Camera FPGA Thermal Dissipation
This page addresses a camera assembly in which an FPGA operates at 55–70°C.
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Automated Thermal Test Fixtures
Explore graphene thermal pads as clean, controlled TIM candidates for repeatable automated thermal testing and fixture-level validation.
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