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Multifunctional, high-performance "steady-state method" thermal conductivity measurement device Steady-state thermal conductivity measurement device SS-H40-SS-H40
Multifunctional, high-performance "steady-state method" thermal conductivity measurement device Steady-state thermal conductivity measurement device SS-H40-Bethel Co., Ltd.

Multifunctional, high-performance "steady-state method" thermal conductivity measurement device Steady-state thermal conductivity measurement device SS-H40
Bethel Co., Ltd.

Bethel Co., Ltd.'s Response Status

Response Rate

100.0%

Response Time

196.4hours


About This Product

■Features

・Fast measurement. Measurements that previously took several hours have been reduced to 10 to 20 minutes. ・Easy installation just by placing the sample ・Two measurement modes are available: "constant load mode" and "constant thickness mode" ・With temperature control function. Variable temperature of heating part is 20 to 150℃

■Measurement target example

TIM (Thermal Interface Material), printed circuit boards, sealing resins, insulation materials, rubber, (adhesives), (grease), etc.

■Measurement principle of steady method (overview)

This is a method of measuring thermal conductivity by applying a steady temperature gradient to the sample. The thermal conductivity is calculated by heating one side of the sample to a high temperature and the other side to a low temperature and measuring the temperature. Load mode

■Measure with constant load

・Setting and measuring any load ・Measured by applying a load assuming the actual usage environment ・Evaluate the effect of different loads on thermal conductivity by performing measurements with varying loads. ・Evaluate the relationship between load and thermal conductivity thickness mode

■Measure with constant thickness

・Set and measure any thickness ・Assuming the actual usage environment, load is applied to a certain thickness and measured. ・Evaluate the effect of different thicknesses on thermal conductivity by measuring while changing the thickness. ・Evaluate the relationship between thickness and thermal conductivity

  • Product

    Multifunctional, high-performance "steady-state method" thermal conductivity measurement device Steady-state thermal conductivity measurement device SS-H40

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1 Models of Multifunctional, high-performance "steady-state method" thermal conductivity measurement device Steady-state thermal conductivity measurement device SS-H40

Image Part Number Price (excluding tax) Load Measurement sample Measurement accuracy Measuring direction Measurement target Temperature atmosphere Output data Heater block temperature range 1 point measurement standard time
Multifunctional, high-performance "steady-state method" thermal conductivity measurement device Steady-state thermal conductivity measurement device SS-H40-Part Number-SS-H40

SS-H40

Available upon quote

Range: 200~1,600N, Resolution: 0.01N

Size: 40×40mm, thickness: 0.2~20mm

±10%

Vertical direction

Thermal conductivity 0.05~40W/mK

In the atmosphere

Thermal conductivity, (temperature at each measurement point), (heat flux), (load), (thermal resistance)

RT~80℃

Approximately 10~20min

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About Company Handling This Product

Response Rate

100.0%


Response Time

196.4hrs

  • Japan

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