Japan Analytical Industry Co., Ltd.
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Recycling Preparative HPLC
Curie Point Pyrolyzer
Thermal Desorption
(Curie Point Purge & Trap Sampler)
JTD-505 III
Auto sampler
JTD-505M IIl
Manual type
JHS-100A
PAT
(Primary Adsorption Tube)
BO-6
Baking Oven
BO-15
Baking Oven
Outgas Collector for Thermal Desorption
Cryogenic Sample Crusher
Incorporating Curie point heating, well-established as a rapid heating system, enables sensitive assays of wide range samples, from low boiling components to high boiling VOC.

Samples, small enough to fit into the large capacity quartz sample tube, such as small electronic parts or polymer materials, can be directly analyzed by the JTD 505II. Sample tubes packed with an adsorbent, i.e. Tenax, are used to analyze trace components in environmental atmosphere, in cleanroom air and from volatile contaminants from electronic parts.

VOC analysis is completely supported with strong lineup of baking ovens for the PAT (primary adsorption tube) and a variety of out gas collector as peripheral equipment.


Feature
♦ Sensitive analysis of wide range from low to high boiling components are realized.
♦ Curie point heating causes the cryofocused sample to be transferred to the GC/GC-MS: this rapid process results in sharp chromatographic peaks.
♦ Due to the large capacity of the PAT, sensitive analysis of wide range of compounds, from low boiling to high boiling components are realized.
♦ This large capacity of the PAT which is the largest in the industry (10ml internal volume, 12mm i.d., 50mm H) enables sensitive analysis of outgas from solids, i.e. small electronic parts, palletized solids etc. without pretreatment.
♦ Any commercial GC can be interfaced.


JTD-505 III
Auto sampler
JTD-505M III
Manual type
JHS-100A
PAT
(Primary Adsorption Tube)
BO-6
Baking Oven
BO-15
Baking Oven


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