The textile contact instantaneous coolness tester

Application Scope

The textile contact instantaneous coolness tester is used to test the cool feeling of pajamas, bedding, fabrics, underwear, etc. It can also measure the thermal conductivity.

Normes applicables

It complies with standards such as GB/T 35263 - 2017, FTTS - FA - 019, FZT 73067 - 2020, etc.

Principe d'essai

Under the specified test environmental conditions, a hot detection plate with a temperature higher than that of the sample is brought into contact with the sample. The change in the temperature of the hot detection plate over time is measured, and the contact coolness coefficient (qmax) is calculated. This can characterize the contact instantaneous coolness performance of the sample. The larger the qmax value, the stronger the cool feeling perceived by the skin; the smaller the qmax value, the weaker the cool feeling perceived by the skin.

Technical Features

1. The surface of the instrument is made of high-quality electrostatic spray coating, which is durable.

2. The panel is processed from imported special aluminum.

3. It is a desktop model equipped with high-quality feet.

4. Some exposed parts are processed from imported special aluminum.

5. It has a color touch screen display, which is beautiful and elegant. With a menu-based operating mode, it is as convenient as using a smartphone.

6. The core control components use a 32-bit multifunctional motherboard from STMicroelectronics.

7. Automatic testing and automatic calculation of test results.

8. Both the heating plate and the hot detection plate use high-precision sensors.

Paramètres techniques

1. Heating plate temperature range: Room temperature + 5°C to 48°C

2. Temperature display resolution of the heating plate, hot detection plate, and sample loading platform: 0.1°C

3. Response time of the hot detection plate: < 0.2 s

4. Test time: Adjustable from 0.1 s to 99999.9 s

5. Temperature range of the low-temperature constant-temperature bath: - 5°C to 90°C

6. Online software control with real-time test curve

7. Equipped with a printer interface

8. Power supply: 220 V, 50 Hz, 150 W