Overview
The SUOGUANG X-4A microscopic Melting point meter is a high-tech product designed with micro-control technology, with stable and reliable performance and simple and convenient operation. It is suitable for microscope research and determination of the characteristics of the tested substances. It can be used not only for melting point determination of trace samples, melting point determination of slice samples, but also for bioengineering thermodynamics research.
Features
1. Multifunctional dual-use design, capillary method or coverslip method can be used to measure the melting point of substances, and the thermal table guide groove design is convenient for coverslip loading.
2. High magnifying glass can clearly observe the melting details of the sample, which is suitable for the measurement of deep Color, low purity, amorphous, heat analysis, severe carbonization, slice, filamentous and trace samples.
3. Adopting the principle of microcomputer control, membrane buttons and liquid crystal display are introduced, resulting in comfortable and easy operation and intuitive results.
4. Software and hardware collaborative design to achieve precise control of furnace temperature, improve Measurement accuracy, Repeatability and Reliability.
5. With five-speed linear heating rate setting, current furnace temperature display, instrument status display, and automatic recording and display of initial and final melting temperature.
6. Accurate heating rate control, not affected by the initial temperature, improve measurement Repeatability and accuracy.
Principle
The instrument adopts micro-control technology, realizes the precise control of furnace temperature through microcomputer control, and observes the melting process of the sample with high-magnifying glass, and conducts melting point measurement and thermodynamic research.
Applications
In the fields of medicine, chemical industry, synthetic fiber, biology, mineralogy, criminology, etc., it is used for the determination of polymers, unit component phase transition, multi-component phase transition, isothermal part test, seed crystal formation process, wood pyrolysis, bioengineering thermodynamics research, temperature-related biological specimen research.
