Page 8 - Shimadzu GC-2025

High Performance

In addition to its eco-friendly features, the GC-2025 inherits the High-Speed Scanning
functionality of Shimadzu’s high-end capillary gas
chromatograph, GC-2010 Plus, delivering superb performance Narrow-bore capillary columns reduce analysis time and improve
for capillary analysis. GC-2025 provides high-quality analytical production capacity. With its advanced flow controller
results and improved productivity. (maximum pressure: 970kPa, maximum flow rate: 1200mL/min),
the GC-2025 is suitable for high-speed analyses using
narrow-bore capillary columns.

High-speed analysis of coffee flavor compounds
Analysis time using previous Shimadzu instrument Analysis time using a conventional model
DB-WAX
0.25mmʷ60m, 0.25µm
( He 25cm/s )

60෼
6 12
Rtx-WAX
0.1mmʷ20m, 0.1µm
( He 25cm/s )

20෼
3 Analysis time reduced using GC-2025 5 Analysis time using the GC-2025
High Precision
Constant Linear Velocity Mode Reduces Simple Operation
The same high-accuracy AFC as used in the GC-2010 Plus and Method Development Time
an advanced design split/splitless injection unit realize high A large window display contains pertinent information and a graphical
repeatability of retention time and peak area. For carrier gas control, configuration with the carrier gas linear user interface makes it possible to define analytical conditions quickly.
1 velocity mode is recommended. The built-in help function makes operation easy, even for new users.
In addition, analysis conditions can be reset, enabling digital setup of all
With this mode, you can reduce the time needed to determine
2 analytical conditions for acquiring the best chromatographic instrument parameters.
separations.
3
4 [Analysis Conditions] Column: DB1 30m×0.32mm i.d.df=0.25µm
Column temperature: 60ˆ (1min)-7ˆ /min-230ˆ
Injector temperature: 240ˆ
5 Detector temperature: 270ˆ
Carrier gas: Helium
Carrier gas linear velocity: 40cm/sec, Column head pressure: 44.0kPa
Analysis of Grob Text Mixture (Solvent: Acetone analytes 100ppm each) Sample injection volume: 1µL (splitless analysis)
Chromatogram comparison of constant carrier gas linear
Reproducibility of peak area velocity mode with constant column flow mode
(Pesticide analysis from a golf course)
1 2 3 4 5 Average Standard C.V.% Constant carrier gas linear velocity mode
deviation
n-Decane 34193 33747 33629 33576 33541 33737.1 266.5418 0.790055
n-Octyl Alcohol 33079 32882 32727 32712 32769 32833.9 152.3486 0.463999
n-Undecane 34664 34400 34284 34252 34257 34371.4 174.3561 0.507271
2,6-Dimethylaniline 43906 43574 43332 43408 43434 43530.9 227.3048 0.522169
Methyl n-Nonanoate 29858 29622 29513 29468 29510 29594.4 157.9951 0.533869
Methyl n-Caprate 30919 30689 30605 30531 30579 30664.5 153.0667 0.499166 Constant column flow mode
Dicyclohexylamine 39795 39495 39243 39279 39209 39404.2 245.2999 0.622521
Methyl Laurate 33023 32659 32636 32596 32689 32720.7 172.2095 0.526302

GC-2025
8 Energy Saving Capillary Gas Chromatograph 9