Melting and crystallization temperature and enthalpy measuring instrument

Application:     

• The software can automatically analyze such as polymer melting point, enthalpy change, glass transition temperature, phase transition temperature, kinetic parameters, etc.
• DSC-500B Melting and crystallization temperature and enthalpy measuring instrument is an intelligent, miniaturized and unit combining thermal analysis instrument type, which can be used in the melting, solidification, decomposition, chemical combination, reduction, oxidation and crystallization of the material, the production of the phase diagram, the development of the catalyst. With convenient data processing system and calculation method for the epitaxial starting temp, enthalpy variable, glass transition temp, enthalpy ratio, oxidation induction time(OIT), specific heat and kinetic parameters(DSC-500A is used for OIT test.), it provides an analysis method for organic, inorganic, polymer, mineral, petrochemical products, textile, medicine, etc. Functions like magnificaton and narrowing of the graph make the friendly interface easy to operate.

The instrument features:

• LCD liquid crystal blue backlight display, display information is very more, including setting temperature, sample temperature, oxygen flow, nitrogen flow, differential thermal signal, all kinds of switch state
• USB communication interface.
• Furnace body structure is compact, Temperature rise rate arbitrary adjustable. 
• Double temperature probe, ensure that the height of the sample temperature measurement repeatability. 
• Digital gas mass flow meter automatic switching two way atmosphere flow, switching speed, stable time is short.
• Mark with standard samples, the convenience of our customers correction constant temperature coefficient.
• Furnace cooling interface, the convenience of our customers rapid cooling.
• Software support notebook, desktop, Support Win2000, XP, VISTA, WIN7 operating system, etc.
• Support user programming procedures, to realize the automation of measuring steps. 

Technical para