Bethel Co.,Ltd.

  • Booth: Q6235

Overview

Next-Gen Thermal Conductivity Device to Speed Up High-Heat Chip Thermal Design

[SS-H/M20 for TIM Evaluation]
Your solution for next-generation package thermal management. Our proprietary high-precision steady-state method delivers ultra-accurate "thermal contact resistance" measurements for greases and thermal pads. By bridging the gap between simulations and real-world performance, it helps you achieve optimal thermal design.

[TA for Heat Spreader Evaluation]
Unlock the potential of hard-to-measure, ultra-high thermal conductivity materials. Accurately measure cutting-edge materials like graphite sheets and synthetic diamonds—where conventional testers fall short. We empower the next level of heat dissipation in advanced packaging, driving the market led by Taiwan.


  Products

  • Thermowave Analyzer TA
    Contactless Thermal Diffusivity Measurement
    Dynamic Range : Organic films to Diamonds...

  • Feature

    • Measure absolute values of thermal diffusivity
    • Anisotropic measurement: In-plane and out of plane directions
    • Dynamic range: Organic films to Diamonds
    • Contact with sample: Contactless measurement
    • Sample shape: Free (disk shape is preferred)
    • Thermal conductivity could be derived from the thermal diffusivity
  • Steady-state Thermal Conductivity Measuring Device
    Multifunctional and high-performance “steady-state method” thermal conductivity measuring device SS-H/M20...

  • Feature

    • [ Fast measurement ] A measurement that previously took several hours is now 10-20 minutes per measurement ! Measurement is as easy as placing a sample.
    • [ Selectable measurement mode ] “Constant pressure mode” and “Constant thickness mode” 2 pattern measurement modes are available. Applicable to soft materials such as TIM.
    • [ Temperature control measurement ] There is a temperature control function. 
    • [High accuracy measurement] Bethel's proprietary, high-precision measurement technologies for temperature, thickness, and heat flow enable levels of accuracy that other companies cannot achieve.
  • Thermal Microscope TM3
    Thermophysical property measurement become easier...

  • Feature

    • Non contact measurement of nano order thin film with micro scale spatial resolution.
    • Multiple samples could be automatically measured 10 seconds each.
    • Thermophysical property measurement for thin films, 100nm order.
    • 2 dimensional measurement with φ3μm resolution.
    • Non contact measurement with laser.

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