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Liquid nitrogen cooled (cryogenic) 4ch analysis system
Quality control in the manufacture of spacecraft, etc. requires testing in compliance with international standards such as ASTM standards.
These products are analytical systems compatible with ASTM E 1559 compliant tests (Standards of American Society for Testing and Materials), and are utilized for space materials evaluations.
Outgas separation temperature -196℃ to +125℃ allows analysis of outgasses separated.
These products are analytical systems compatible with ASTM E 1559 compliant tests (Standards of American Society for Testing and Materials), and are utilized for space materials evaluations.
Outgas separation temperature -196℃ to +125℃ allows analysis of outgasses separated.
Thermoelectric element (peltier device) controlled 4ch/1ch analysis system
This is an analytical system that performs temperature control electrically by means of a thermoelectric element (peltier device). This system is ideal for material and environmental evaluations.
Outgassing separation temperature -80℃ to +125℃ allows analysis of outgassing.
Outgassing separation temperature -80℃ to +125℃ allows analysis of outgassing.
Expansion into industrial fields
On electronic and optical equipment, various problems occur due to the influence of siloxane and other outgasses.
Therefore, it is important to select materials based on accurate measurement results so that outgas emission from organic materials such as adhesives glues, heat dissipation materials, and resins can be suppressed as much as possible.
GC/MS has conventionally been used as a material analysis method both in the industrialand academic field, but measurements using QTGA method have the following advantages.
Therefore, it is important to select materials based on accurate measurement results so that outgas emission from organic materials such as adhesives glues, heat dissipation materials, and resins can be suppressed as much as possible.
GC/MS has conventionally been used as a material analysis method both in the industrialand academic field, but measurements using QTGA method have the following advantages.
- Quantification of actual amount of outgas adsorbed is possible.
- Real-time measurement of outgas emission is possible.
- No restriction with sample size, enabling outgas measurement in the final product state.
- Gas monitoring in a vacuum environment is possible.
For material evaluation, we offer not only sensor systems but also compact high vacuum evaluation equipment for material evaluations in total.
Please contact us for custom support.
Please contact us for custom support.
Example of material evaluation system include compact high vacuum chamber