Outline
Designed with a concept in which combustion of the polymer is inducted by pyrolysis at the first stage, then the pyrolyzates are burned at the second stage.

Feature
•Combustion gas analysis from polymers can be
  easily performed.
•Higher molecular weight of the combustion
  components can be detected.
•Combustion components are completely removed
  in the combustion cell.
•Polymer can be pryolyzed in the atmospheric
  environment.


Specification
♦Combustion method: Pyrolysis, then burn
♦Combustion tube: 14 ID X 120 mm
♦Pyrolysis method: Curie point
♦Ignition coil: N-Cr wire
♦Temp. of combustion cell: Ambient to 200°C
♦PAT temp.: Ambient to 200°C
♦Air or oxygen: 0 to 500 ml/min
♦Dimensions: 280 W X 300 H X 440 D (mm)
♦Power supply/weight:
  AC 100 to 115 V, 8 A/27.5 Kg