Product Features
The 6150 is equipped with the revolutionary Drop In Sample Chamber (DISC) sample loading system. This system makes the loading of pyrolysis tubes a quick and trouble-free operation.
The DISC system is using a novel DISC tube to simplify the sample preparation process. No quartz wool is needed and the sample filling is as easy as dropping a straw into a drink.
The DISC system brings an amazing 1.5% RSD for 5 run pyrolysis of Polystyrene at 600 °C by holding 0.1 °C temperature accuracy and calibrated temperature precision.
The 6200 Pyrolyzer has a built-in low thermal mass analytical focus trap with active cooling. This feature opens a new door for thermal extraction applications. The pre-desorb pre-heat function significantly improves the early eluting module compounds producing sharp peak shape.
The newly designed valve oven guarantees the sample path is evenly heated without cold spots. A heating temperature of 350 °C assures minimum carry over.
With the optional Thermal Desorption Probe and Dynamic Headspace vessel, the CDS 6200 could be converted to a versatile thermal extraction system.
This feature allows you to carry out the pyrolysis studies with peace of mind. The self diagnosis capabilities to identify the leaking zones when attempting to trouble shoot the system.
The newly designed GC remote start board is capable to handle all GC start signals from any GC system in the world, including the newly released Agilent 7890 and Thermo 1310.
The 6200 is designed with quick access panels for easy diagnosis and quick exchange of parts to minimize instrument downtime.
The optional MFC provides a way to precisely introduce programmable amount of reactant gas (O2, N2, He, CO2, Air) into the pyrolysis chamber for kinectic studies.
The 6200 comes with a Multi-Purpose Rail Mount (MPRM) to allow easy mounting of optional accessory modules, such as the Autosampler Module, Dynamic Headspace Module, Thermal Desorption Module, Manual Probe etc.
The CDS library has 500+ industry standard polymers and 500+ polymer additives. This powerful library helps to address the need to identify unknown compounds from pyrolysis.
