Product Information
Phase Detail
Zebron ZB-624<em>PLUS</em> GC Columns
Zebron ZB-624PLUS GC column offers increased sensitivity for high boiling solvents
Zebron ZB-624PLUS GC Columns
Zebron ZB-624PLUS GC Columns
The Next Generation of GC Inertness
Zebron ZB-624PLUS is the optimal choice for the analysis of volatile compounds for Environmental, Pharmaceutical, Food, Cannabis, and Specialty Chemicals. The superior “Plus” deactivation process enhances peak shape, improves signal-to-noise levels and increases sensitivity for qualitative and quantitative analysis of active compounds. Upgrade your existing 624 phase to Zebron ZB-624PLUS GC columns and get all the analytical benefits of proven inertness.
- Enhanced Peak Shape with Superior Deactivation
- Increased Sensitivity for High Boiling Solvents
- Extremely Low Bleed for GC-MS
- High Temperature Stability (300/320 ˚C)
Upgrade to Zebron from these similar* phases:
| Agilent® | Restek® |
|---|---|
| CP-Select 624 CB DB-624UI Ultra Inert |
Rxi®-624Sil MS |
Recommended Use Enhanced peak shape with superior deactivation and increased sensitivity for high boiling solvent, extremely low bleed for GC-MS with high temperature stability (300/320°C) |
The Next Generation of GC Inertness
| Recommended For: | ||
|---|---|---|
| Cannabis Terpenes Residual Solvents Volatile Amines |
EPA Method 8260 EPA Method 524 EPA Method 624 Food |
Flavors and Fragrances Solvent Purity Alcohols |
Meet your Zebron ZB-624PLUS GC Column
What makes the PLUS in ZB-624PLUS?
| Low Bleed | Engineered Self Cross-linking™ (ESC) provides high thermal stability with maximum column temperatures up to 300/320 ˚C |
| Enhance Inertness | Proprietary superior deactivation gives great peak shape for troublesome compounds. |
| High Selectivity | A G43 phase that’s highly selective for polar, non-polar, low and high boiling solvents. |
| Column-to-Column Reproducibility |
Excellent column-to-column reproducibility well suited for validated methods. |
| Temperature Limits | Push the temperature limits of traditional 624 and elute/bake high boiling analytes at 300/320 °C. |
Low Bleed = Better Signal-to-Noise Ratio = Lower Detection Limits
The low bleed character of ZB-624PLUS™ columns is the result of advances in cross-linking manufacturing processes that we established for these columns.
With ZB-624PLUS™, your GC column undergoes proprietary cross-linking process to get extensive Engineered Self Cross-linkage (ESC™).
With ZB-624PLUS™, your GC column undergoes proprietary cross-linking process to get extensive Engineered Self Cross-linkage (ESC™).
Improved Peak Shape of Volatile Amines
Volatile amines are challenging analytes for GC analysis. They can adsorb to even the smallest imperfections in fused silica. ZB-624PLUS™ undergoes a superior deactivation process which minimizes active compound adsorption leading to gains in Peak response and shape
Comparison of Volatile Amines on Various 624 Columns
Comparative separations may not be representative of all applications.
GC Conditions for all separations:
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Column:
Zebron ZB-624PLUS
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Dimension:
30 meter x 0.32 mm x 1.8 µm
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Part No.:
7HM-G040-31 (ZB-624PLUS)
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Injection:
Split 20:1 1 µL @ 140 °C,
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Recommended Liner:
Zebron PLUS Liner Straight Z-Liner™
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Liner Part No.:
AG2-0A03-05 (for Agilent & Thermo Scientific® systems)
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Carrier Gas:
Helium @ 1.8 mL/min (constant flow)
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Oven Program:
50 °C for 1 min, to 200 °C @ 20 °C/min
for 5 min
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Detector:
FID @ 250 °C |
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Sample:
1. Isopropylamine2. Diethylamine 3. Triethylamine |
Exceeding USP <467> System Suitability
USP <USP> method requires resolution of 1.5 for critical pairs. Zebron™ ZB-624PLUS™ took the challenge and succeeded.
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Column:
Zebron ZB-624PLUS
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Dimension:
30 meter x 0.32 mm x 1.80 µm
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Part No.:
7HM-G040-31
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Injection:
Split 5:1 1 µL @ 140 °C,
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Recommended Liner:
Zebron PLUS Straight Z-Liner™
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Liner Part No.:
AG2-0A03-05 (for Agilent & Thermo Scientific® systems)
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Carrier Gas:
Helium @ 2.2 mL/min (constant flow)
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Oven Program:
40 °C for 20 min to 240 °C @ 10 °C/min
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Detector:
FID @ 250 °C |
“YES!”
The number of plates is better for later eluting (higher boiling) solvents. We can use this column directly for routine analysis, with the bonus that higher temperatures can be used! – Dr. Marek Mahut, Novartis, SwitzerlandThe opinions stated herein are solely those of the speaker and not necessarily those of any company or organization.
Phenomenex is a technology leader committed to developing novel analytical chemistry solutions that solve the separation and purification challenges of researchers worldwide.
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