• Single Shot Pyrolysis-GC-MS: It runs on a single temperature, which is then rapidly increased at a rate of 20 msec to break bonds.
• Double Shot Pyrolysis: It runs both at high and low temperatures. The latter part is known as the thermal desorption step. It examines low molecular weight components, residual solvents, and additives.
• Evolved Gas Analysis: The same sample is put into the Pyrolysis unit which is set at a low temperature. The temperature is then increased, and the component is evolved. This testing helps to determine the temperature range of the desired component.
• Low-Temperature Thermal Desorption: It takes place for products such as residual solvents, additives, and other off-gassed components. Here, in this case, polymer identification is not required.
• Reactive Pyrolysis: Data interpretation of complex mixtures is difficult. For example, for certain classes of compounds, such as polyesters. A chemical reaction occurs when the derivatization technique is utilized. A pyrolysis chamber is a chemical reaction that allows easy interpretation of the products.
• Quantitative Pyrolysis-GC-MS: When the amount is not calculated using another technique, then this testing approach is used. An example component such as Irganox, Irgafos have low ppm additive.
• CyrotrappingPyrolysis-GC-MS: This testing technique is used to narrow down the chromatographic band and then improve the detection limit of the sample, which is cryptrapped with the help of liquid nitrogen.

• Aerospace
• Automotive
• Biomedical/biotechnology
• Compound Semiconductor
• Data Storage
• Defense
• Displays
• Electronics
• Industrial Products
• Lighting
• Pharmaceutical
• Photonics
• Polymer
• Semiconductor
• Solar Photovoltaics
• Telecommunications

Need help or Have a question?