Used PERKIN ELMER TGA-7 #293819216 for sale
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ID: 293819216
Vintage: 1989
Thermogravimetric analyzer
Currently non-functional
1989 vintage.
PERKIN ELMER TGA-7 is a thermal gravimetric analyzer used for assessing the thermal decomposition of various materials. It employs a furnace element, internal EGA (electrochemical gas analysis) and external gas analysis and operates over a temperature range of 20°C to 1200°C with options for gas-purging, gas-reaction and multiple sample holders. PERKIN ELMER TGA 7 is equipped with a built in electronic balance capable of detecting changes as small as 0.1 milligram. Temperature control is via temperature ramp programming and automated gas collection and a split thermopile flowmeter for precise gas flow control. Samples are loaded onto a plate holder which is then inserted into the TGA's furnace for analysis. TGA-7 can also be used to measure sample mass loss, mass gain and vaporization rate when exposed to different environments. TGA 7 is often used for the study of the thermal decomposition of inorganic and organic materials such as polymers, solvents, pharmaceuticals and chemicals. It is also used for measuring the thermal stability of materials and the degree of reaction between the sample and environment. The type of environment that can be analyzed include hot air, inert gases, oxygen and steam. Data obtained from a PERKIN ELMER TGA-7 analysis can be used to determine composition, calculate heats of reaction and decomposition and correlate processes of elevation change and gas analysis of the sample. These results can be further used to establish base-line parameters for further study or comparison. PERKIN ELMER TGA 7 is a highly useful analytical tool and can provide valuable data on the thermal properties of materials with an unmatched accuracy. It has a range of applications with numerous industries and its use can measure the stability, rate of decomposition or reactivity of a given sample. The unit is easy to use and provides a quick and reliable measurement of sample properties.
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