Thermal Desorption system
Thermal Desorption is ...
Thermal Desorption is ...
This is a thermal desorption system with Curie Point heating method, which enables sensitive analysis of wide range of sample from low boiling compounds to high boiling compounds with sharp and reproducible chromatogram.
The largest capacity quartz sample tube named PAT enables to analyze small electronic parts or polymer materials directly without preparation.
Sample tube packed with adsorbent, i.e. Tenax TA or Tenax GR, are available too to analyze trace components in environmental atmosphere, in cleanroom air and from volatile contaminants from electronic parts.
VOC and outgas analysis are fully supported by PAT baking ovens to stay always clean and wide range of outgas collectors lineup.
Feature
Sensitive analysis of samples from low to high boiling compounds.
Instant heating by curie point method enables cryofocused (concentrated) sample to transfer to the GC/GC-MS rapidly. This rapidness is the key to result in obtaining sharp peaks and reproducible.
Large capacity of PAT contains large amount of adsorbent, that enables to trap greater volume of VOC samples at a time.
Large capacity of PAT which is the largest in the market (10ml internal volume, ID 12 mm, Length 50 mm) enables sensitive analysis of outgas directly from small electronic parts, palletized solids etc. without pretreatment steps.
Compatible to all major GC models
Feature
Sensitive analysis of samples from low to high boiling compounds.
Instant heating by curie point method enables cryofocused (concentrated) sample to transfer to the GC/GC-MS rapidly. This rapidness is the key to result in obtaining sharp peaks and reproducible.
Large capacity of PAT contains large amount of adsorbent, that enables to trap greater volume of VOC samples at a time.
Large capacity of PAT which is the largest in the market (10ml internal volume, ID 12 mm, Length 50 mm) enables sensitive analysis of outgas directly from small electronic parts, palletized solids etc. without pretreatment steps.
Compatible to all major GC models
Fields of application
- Indoor airborne contaminants
- Hazardous volatile substances in the air
- Organic substances in clean room air
- Working environmental volatile compounds
- VOC emitted from building materials
- Car emissions
- Volatile Organic Compounds
- Outgas and foreign odor from polymeric materials
- Residual solvents in drug products
- Foreign odor and flavoring ingredients in food
- Outgas from electronic components
- Outgas from electrical equipment
Fields of application
・Indoor airborne contaminants
・Hazardous volatile substances in the air
・Organic substances in clean room air
・Working environmental volatile compounds
・VOC emitted from building materials
・Car emissions
・Volatile Organic Compounds
・Outgas and foreign odor from polymeric materials
・Residual solvents in drug products
・oreign odor and flavoring ingredients in food
・Outgas from electronic components
・Outgas from electrical equipment
