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Contact cold-sensitive heat conductivity measuring machine C-THERM-C-therm
Contact cold-sensitive heat conductivity measuring machine C-THERM-Grotz Beckelt Japan

Contact cold-sensitive heat conductivity measuring machine C-THERM
Grotz Beckelt Japan

Grotz Beckelt Japan's Response Status

Response Rate

100.0%

Response Time

48.1hours


About This Product

The only measuring instrument based on ASTM D7984, which quantitizes the warmth and coolness of textiles and fabrics Heat conductivity measurement, contact cold, warmth Contact cold-temperature evaluation device replaced by Q-MAX. Both thermal conductivity (k) and thermal penetration are directly measured Adopt a patented Modified Transient Plane Source (MTPS) technology One -sided surfacea thermal reflex sensor adds a certain heat source to the sample. The thermal conductivity and penetration rate are directly measured, and a detailed outline of the sample heat characteristics is displayed. The latest sensor (patent acquisition) can be measured regardless of the size Clothes, fabrics, powder, liquid, and solid samples can be easily measured Measure the thermal penetration rate while compressing the sample by the test method specified by the ASTM. Quite contact with ASTM D7984 using C-Therm TX using C-Therm TX. Touching is one of our important senses in perception everything, from our clothes to bedding. Human skin is very excellent in detecting the difference in the thermal transaction ability of the material, such as the warmth of the freeis sweater compared to the cold leather. This material characteristics are known as enthusiastic osmosis, and can be used as a measurement standard to quantify the fiber ability to replace heat energy between the skin and cloth. Characteristic The TX Platform of C-Therm allows the material penetration and thermal conductivity to be quick and reproducible. When the developed sensor is used in combination with a compression test device, a limited (~ 1 ° C) heat pulse is released over a short test time (~ 1 second), and the voltage drop on the sensor surface is accurately monitored. This makes it possible to determine the heat characteristics of the material that are in contact with the sensor.

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    Contact cold-sensitive heat conductivity measuring machine C-THERM

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1 Models of Contact cold-sensitive heat conductivity measuring machine C-THERM

Image Part Number Price (excluding tax) Thermal Radiation Range Thermal radiation range Additional Measurement Additional measurement Temperature Range Temperature range Humidity Range Humidity range accuracy Accuracy test time Sensor size Minimum Sample Size Minimum sample size Maximum Sample Size Maximum sample size International Standard International standard Test Method Test method
Contact cold-sensitive heat conductivity measuring machine C-THERM-Part Number-C-therm

C-therm

Available upon quote

5 to 1,600WS½/m²k

5 to 1,600WS½/m²k

HEAT CONDUCTION RATIO Proportional Heat Capacity (Derived Value)

Heat conduction ratio proportional heat capacity (derived value)

-50 ° to 200 °

-50 ° to 200 °

Relative Humility 0-90%

Relative humidity 0-90%(without condensation)

Better than 1%

Better than 5%

0.8-3 Seconds

18mm in diameter

THE DIAMETER 18mm THICKNESS DEPENDS ON THE HEAT EXPANSION.

The diameter 18mm thickness depends on the heat expansion.

Unlimited

Unlimited

ASTMD7984

ASTMD7984

ModifiedTransieNTPLANESORCE (MTPS)

ModifiedTransieNTPLANESORCE (MTPS)

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About Company Handling This Product

Response Rate

100.0%


Response Time

48.1hrs

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