Temperature Stability and Cooling Performance of Double-Shot Pyrolyzer (PY-2020D)

Multi-functional Pyrolyzer® Technical Note ( PYT-006E ) Three Analytical Techniques of Double-Shot Pyrolyzer® PY-2020D & iD Part 3 : Multi-Step Pyrolysis (Double-Shot Technique) In the double-shot technique, selective thermal desorption of volatile components by programmed heating of a polymer sample…

Multi-functional Pyrolyzer® Technical Note ( PYT-005E ) Three Analytical Techniques of Double-Shot Pyrolyzer® PY-2020D & iD Part 2 : Instant Pyrolysis (Single-Shot Technique) In the instant pyrolysis technique, a polymer material is heated to 400~600ºC in an extremely short period…

Multi-functional Pyrolyzer® Technical Note ( PYT-026E ) Improvement of Temperature Profile at Py-GC Interface and Yield Enhancement of High Boiling Components by Heat Sink Adaptor Background] The temperature “trough” at the Py-GC interface gives rise to a reduced reproducibility of…

Double-Shot Pyrolyzer® Technical Note (PYT-009E) Temperature Profiles and Pyrolyzer Heating Systems Heating system of pyrolyzer is categorized into pulse system (filament and curie point types, etc.) and continuous heating system (heating furnace type). Fig. 1 shows temperature profiles of pyrolyzers…