Differential Scanning Calorimetry is the most widely used thermal analysis technique in the world. DSC measures the heat flow in materials & provides information about phase changes, such as amorphous & crystalline transitions as well as chemical changes. (read more)

The AC600 sets the standard for future calorimetry instruments. Its semi-automated operation combined with the use of thermodynamic TruSpeed™ obtains a rapid analysis of calorific content and increased instrument throughput without sacrificing accuracy or instrument precision. (read more)

Thermal chemistry analyses are used to determine melting points, coefficients of thermal expansion, glass transitions, solidus-liquidus and specific heat of various materials. (read more)

The M&P Lab offers a wide range of chemical analysis methods to verify and troubleshoot various processes and solve a variety of problems with organic and inorganic materials. (read more)

Coupling a Mass Spectrometer to Thermal Analysis techniques provides for evolved gas analysis as a function of time and temperature. The combined TA-MS data is used to characterize materials. (read more)

Despite their reputation as reactive components in propellant composites and some chemical systems, the use of perchloric acid and perchlorate salts in novel process chemistries as well as industrial and academic research is a well-documented activity. (read more)

MIT will be holding a 5-day short course this summer on: Nanostructured Fluids and Particles in Materials, Chemical, Biological and Pharmaceutical Technologies

Date: June 11-15, 2007| MIT Campus - Cambridge, MA (read more)

ITL porvides a full range of Thermogravimetric analysis (TGA) services. TGA is most commonly used to determine compositional analysis, it is also valuable for determining thermal stability. The relative loadings of various constituents within a plastic material, including polymers, plasticizers, additives, carbon black, fillers, glass reinforcement... (read more)

is a thermal analysis method in which linear dimensional change is measured as a function of temperature. TMA is mostly used to determine the coefficient of thermal expansion (CTE). This test can also signal important transitions in the material structure (glass transition temperature, time to delamination) and the presence of internal molded-in stress. (read more)

These systems offer industry-leading response times to temperature changes over a wide temperature range (-40 to +145°C). Applications can rapidly reach and maintain precise temperatures (+/- 0.01 K), saving valuable time. (read more)