焊接 TIM (sTIM)

High-power density devices demand top-tier thermal interface materials. Indium Corporation’s sTIMs meet the reliability, thermal, and warpage requirements of high-performance devices. As the leading global provider of sTIM solutions, we offer expertise in integrating sTIMs into your process, backed by our skilled engineers and trusted equipment partners.

技术支持:铟泰公司

  • 高度自动化的全球生产基地与稳定的长期供应链
  • Advanced Quality Controls Essential for Meeting Semiconductor Industry Standards
  • Global Network of Expert Technical Support

High Thermal Conductivity

Indium has a high bulk thermal conductivity (86 W/mK), which means less sensitivity to bondline thicknesses and coplanarity issues compared to polymer-based TIMs.

TIM1 和 TIM1.5 sTIM 解决方案

Indium and indium-based alloys are available for single and multiple reflow processes, designed for maximum wetting to various metallizations with minimal voiding.

长期可靠性

We’ll help you design and adopt a package architecture that ensures thermal and mechanical reliability to overcome both overheating and warpage.

High-Performance

Our sTIMs deliver the lowest total thermal resistance in the industry.

Manufactured Globally

Our manufacturing capabilities ensure high-quality product availability at scale across the globe.

可持续发展

We source our materials reliably and responsibly and offer reclaim and recycle programs. 

产品数据表

铟基焊料热界面材料 PDS 100407 R0
用于 BGA 封装的焊接热界面材料 PDS 100082 R1.pdf

相关应用

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计时器 1、计时器 1.5、计时器 2

金属基热界面材料(TIM)具有出色的导热性能,并且……

一张电路板 上的计算机微芯片特写电路板 可见电子元器件 电路图案。

热管理

面向高性能计算(HPC)的散热解决方案,确保可靠性

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包装-附件

广泛的选择以应对……的挑战

相关市场

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