TMA is used to measure the dimensional change of a material as a function of temperature. Materials are subjected to thermal expansion and thermal effects such as Softening, crystallization, and solid-solid transitions can reflect changes in the properties of materials, providing potential applications for materials for important information. The viscoelastic behavior of a material can be studied by varying the forces experienced by the material.
Features & Benefits:
• Wide temperature range - from –150°C to 1600°C
• SDTA - Thermal effects can be measured simultaneously while measuring dimensional changes
• Nanometer resolution - measure even the smallest deformations
• Dynamic Load TMA (DLTMA mode) - measures subtle variations and viscoelastic properties
• Hyphenated technology - coupled to MS, GC-MS, Micro GC/MS or FTIR for Evolved Gas Analysis (EGA)