It is the only measuring device compliant with ASTM D7984.
Contact cold sensation, warm sensation, and thermal conductivity measurement A contact cold and warm sensation evaluation device that replaces Q-Max, directly measuring both thermal conductivity (K) and thermal diffusivity. It employs the patented Modified Transient Plane Source (MTPS) technology. The single-sided interface thermal reflectance sensor applies an instantaneous constant heat source to the sample. Thermal conductivity and diffusivity are measured directly, providing a detailed overview of the thermal characteristics of the sample.
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basic information
1. The latest sensor (patented) can measure without being limited by sample size. 2. Clothing, fabrics, powders, liquids, and solid samples can also be easily measured. 3. This is the only measuring device that can be used for ASTM D7984 [Measurement of thermal transmittance of clothing].
Applications/Examples of results
For more details, please download the PDF or feel free to contact us through the inquiry form on our website.
Detailed information
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A contact cooling sensation evaluation device to replace Q-Max directly measures both thermal conductivity (K) and thermal diffusivity. It employs patented Modified Transient Plane Source (MTPS) technology. The single-sided interface thermal reflectance sensor applies an instantaneous constant heat source to the sample. Thermal conductivity and diffusivity are measured directly, providing a detailed overview of the thermal characteristics of the sample.
Company information
It started in 1907 as Iwata Shokai Co., Ltd., and after the war in 1950, Yoshida Shokai Co., Ltd. resumed the import and sale of industrial knitting needles and sewing machine needles from the German company Groz-Beckert. After a capital alliance, in 1987, the company changed its name to Groz-Beckert Japan from its subsidiary. Currently, it widely sells industrial needles, textile machinery, and testing equipment to the Japanese textile industry.
