Multiple cooling methods, wide temperature range, automatic operation
One-button automatic lifting Intelligent temperature control system two-way operation mode
Transient heat source method Automated operation Direct calculation of thermal conductivity and specific heat capacity
DSC600 Differential Scanning Calorimeter can measure melting point, glass transition temperature, enthalpy, crystallization, curing, and oxidation induction time.
Technical Features
Automatic lifting thermogravimetric analyzer that can measure material thermal stability, chemical reaction kinetics, and purity analysis.
STA 1500 is an automatic lifting simultaneous thermal analyzer that measures both TG and DSC signals concurrently.
THS 200 is an automated thermal conductivity tester using the transient hot source method. It can measure liquids, solid blocks, powders, colloids, pastes, films, alloys, and composite materials.
Differential Thermal Analyzer measures the temperature difference between the sample and reference under programmed temperature control to detect thermal effects. It can analyze physical changes (such as melting, crystallization, phase transitions) and chemical changes (such as decomposition, oxidation, chemical reactions).
Laser thermal conductivity meter uses a laser beam to irradiate the sample, and uses an infrared detector (or a rapid temperature couple) to measure the temperature rise on the back of the sample to calculate the thermal diffusion coefficient of the sample.
The instrument is a high-temperature transmission projection device used for measuring sintering point, melting point, and refractoriness temperature of sand, glass, compounds, refractory materials, ceramic raw materials, and the surface contact angle of metals.
ThermCon Scientific Participated in ARABLAB 2025 in Dubai
Discover the Power of DSC 600
analytica 2026
With our innovative approach, professional team, and extensive product range, we are proud to meet the needs of customers across various industries, including defense, automotive and aerospace, construction materials, batteries, chemistry, thin film technologies, research institutions and universities, semiconductors and electronics, nuclear and energy, metals and alloys, ceramics and glass, material combustion testing, and advanced polymer technologies.
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