Used in textile, chemical fiber, building materials, medicine, chemical industry and other industries of organic matter analysis, can clearly observe the microscopic and articles under the heating state of the shape, color change and three state transformation and other physical changes.
1. The use of high-definition CCD camera and liquid crystal display, can clearly observe the melting process of objects;
2. PID algorithm is used to control heating to ensure the stability of temperature rise rate;
3. Automatic measurement, man-machine integration, no need to guard during the test, thus liberating productivity, improve work efficiency;
4. User-friendly interface, measurement data can be retrospectively traced (temperature rise, melting point value, light curve, test image can be stored), to achieve reduction
5. Purpose of market disputes;
5. Optimized structure design, accurate positioning;
6. There are two kinds of testing methods: microscopy and photometry, and the photometry can automatically calculate the results.
7. A wide range of application (medicine, chemical, building materials, textile, chemical fiber and other applications).
1. Melting point measurement range: room temperature ~ 320°C
2. Minimum reading value: 0.1°C
3.Measurement repeatability: ±1°C (at <200°C), ±2°C (at 200°C-300°C)
4. Linear heating rate: 0.5, 1,2,3,5 (°C/min)
5.The microscope magnification: ≤100 times
6.The use of the environment: temperature 0 ~ 40 ° C relative temperature 45 ~ 85%RH
7.Instrument weight: 10kg