The Mini GC Plus is a portable instrument for separating, analyzing, and identifying substances contained in a volatile liquid or gaseous sample.
Vernier Mini GC Plus Features:
The maximum temperature of the column is 160°C, offering more flexibility in designing temperature profiles.
The MEMS chip sensor can be set at either of two levels of sensitivity.
Standard sensitivity mode works well for polar compounds such as: ketones, alcohols, and esters.
High sensitivity mode works well fo... Read more
The supplier does not provide quotations for this product through SelectScience. Browse these related products instead
Vernier Mini GC Plus
Average Rating: 4.0
1 Scientist has reviewed this product
Status:
Reviewer
Member since: 2014
Organization: Elevance Renewable Sciences
-
- Ease of use
- After sales service
- Value for money
Rating: 4.0
Application Area: Organic Chemistry Teaching Laboratory
"This GC unit is a great addition to a chemistry teaching laboratory. When running standard techniques and syntheses, the Vernier Mini GC will cleanly separate components. The ease of setting up methods and sample runs leaves ample time for instruction and observation. With the mobility using room air as a carrier gas, a series of students can take turn running samples anywhere in the laboratory within the designated course period! If ever a unit goes down Vernier will quickly send out a replacement while they refurbish the broken unit (Do not attempt to fix the unit yourself, it is just so much easier to have Vernier take care of the issue). "
Review date: 09 Apr 2014 | Vernier Mini GC Plus
The Mini GC Plus is a portable instrument for separating, analyzing, and identifying substances contained in a volatile liquid or gaseous sample.
Vernier Mini GC Plus Features:
- The maximum temperature of the column is 160°C, offering more flexibility in designing temperature profiles.
- The MEMS chip sensor can be set at either of two levels of sensitivity.
- Standard sensitivity mode works well for polar compounds such as: ketones, alcohols, and esters.
- High sensitivity mode works well for compounds such as halogenated alkanes and substituted aromatics, as well as mixtures with one or more compound of low concentration.
