Thermal Evaluation of Fiber Orientation Distribution

Multifunctional and high-performance “steady-state method” thermal conductivity measuring device

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. The variable temperature range of the heating unit is 20 to 150 ℃

Application Sheet

SS-H40 measurement principle and equipment
（PDF:0.3MB）

Basic Theory

■ What is steady-state method ?
A method of measuring thermal conductivity by applying a steady temperature gradient to a sample. The thermal conductivity is calculated from the temperature difference of the sample, the thickness, and the heat flow passing through the sample.

Specification

Product	Steady-state Thermal conductivity measuring device SS-H40
Measurement direction	Out of plane direction
Measurement properties	Thermal diffusivity 0.05 ～ 40 [W/mK]
Measurement accuracy	±10 [％]
Sample	size: 40 * 40 [mm] / Thickness: 0.2~20 [mm]
Heater unit temp. range	RT～80 [℃]
Temperature atmosphere	In the air, Room temperature, Atmospheric pressure
Load range	200~1600 [N]
Load resolution	0.01 [N]
Output data	Thermal conductivity, temperature of measurement points, heat flux, load, thermal resistance.

Catalogue

Please down load the catalogue.
apparatus-ss-h40.pdf
（PDF:0.44MB）