Agilent, 128-1324LTM, J&W DB-624 GC Column, 25 m, 0.20 mm, 1.12 µm, LTM column module

J&W DB-624 GC Column, 25 m, 0.20 mm, 1.12 µm, LTM column module. This format is only compatible with Agilent Low Thermal Mass Series Rapid Heating/Cooling (LTM) Systems.

Specifications:
Capillary Tubing: Fused Silica
Film Thickness: 1.12 µm
Format: LTM
Inner Diameter (ID): 0.2 mm
Length: 25 m
Phase: DB-624
Polarity: Mid Polarity
Temperature Range: -20 °C-260 °C
UNSPSC Code: 41115710
USP Designation: G43
With Smart Key: No

**********The following product description is generated by AI and is for reference only. If you have any questions, please contact customer service.**********
The J&W DB-624 GC column integrated into a 25 meter LTM column module offers high-resolution separation of volatile organic compounds, making it ideal for environmental, pharmaceutical, and food safety laboratories. Its 0.20 mm internal diameter and 1.12 micrometer film thickness optimize sensitivity and efficiency for trace analysis and EPA methods, such as 524.2 and 502.2, ensuring reliable quantification of purgeable and semi-volatile compounds.

Leveraging Low Thermal Mass (LTM) technology, this module enables rapid column heating and cooling, significantly reducing cycle times and improving sample throughput. The pre-assembled format minimizes manual setup and ensures consistent performance. This GC column module is designed for seamless integration with Agilent 7890 and 6890 GC systems equipped with LTM series control units, providing precise temperature control and reproducible chromatographic results.

Researchers benefit from lower detection limits and reduced background noise, critical for compliance-driven testing and method development. Compatibility with Agilent's automated sample handling platforms supports high-throughput workflows in analytical labs. As part of Agilent's extensive range of capillary columns and modules, this solution enables consistent data quality and reliable instrument uptime, making it a trusted choice for regulated and research environments requiring robust volatile analysis.