It is used for various textile products, including fibers, yarns, fabrics, nonwovens and their products, etc. The temperature rise test is used to determine the far-infrared properties of textiles. 【Relevant Standards】

GB/T30127 4.2 Far infrared radiation temperature rise detection and other standards.

【Scope of application】： It is used for various textile products, including fibers, yarns, fabrics, nonwovens and their products, etc. The temperature rise test is used to determine the far-infrared properties of textiles. 【Meet the standards】： GB/T30127 4.2 Far infrared radiation temperature rise detection and other standards. [InstrumentFeatures:】： 1. Thermal insulation baffle, there is a heat insulation plate in front of the heat source to isolate the heat source. Improve test accuracy and reproducibility. 2. Fully automatic measurement, the cover can be closed to automatically carry out the test, which improves the automation performance of the machine. 3. The Japanese Panasonic power meter is used to accurately reflect the current real-time power of the heat source. 4. It adopts American Omega sensor and transmitter, which can respond quickly and accurately to the current temperature. 5. Three sets of specimen racks: yarn, fiber, fabric, to meet different types of sample testing. 6. Optical modulation technology is used to measure not affected by surface radiation and environmental radiation of the measured object. 【Technical parameters】： 1. Specimen rack: the distance from the specimen surface to the radiation source is 500mm; 2. Radiation source: main wavelength 5μm~14μm, radiation power 150W; 3. Specimen radiation surface: φ60~φ80mm; 4. Temperature range and accuracy: 15°C~50°C, accuracy ±0.1°C, response time ≤1s; 5. Specimen holder: yarn: square metal frame with a side length of not less than 60mm; Fiber: φ60mm, 30mm high open cylindrical metal container; Fabrics: diameter not less φ60mm; 6. Overall dimensions: 850mm×460mm×460mm (L×W×H); 7. Power supply: 220V, 50Hz, 200W; 8. Weight: 40Kg;