Agilent 5977C GC/MSD
Read more
Detectors
Coupling gas and liquid chromatography to mass spectrometry provides the most sensitive and selective option for chemical analysis. Our detector options include Agilent’s single quadrupole MSD for GC, and triple quadrupole mass spectrometry solutions for both GC and LC. For high-speed, high-resolution applications, LECO’s fast scanning TOF (Time-of-Flight) MS provide rapid, detailed results for complex sample matrices. Additionally, for comprehensive real-time VOC analysis, SIFT-MS is a unique direct injection MS solution.
Complementing these, the GERSTEL Olfactory Detection Port adds a sensory dimension to chemical analysis, allowing you to effectively identify and analyse aroma compounds.
Coupling gas and liquid chromatography to mass spectrometry provides the most sensitive and selective option for chemical analysis. Our detector options include Agilent’s single quadrupole MSD for GC, and triple quadrupole mass spectrometry solutions for both GC and LC. For high-speed, high-resolution applications, LECO’s fast scanning TOF (Time-of-Flight) MS provide rapid, detailed results for complex sample matrices. Additionally, for comprehensive real-time VOC analysis, SIFT-MS is a unique direct injection MS solution.
Complementing these, the GERSTEL Olfactory Detection Port adds a sensory dimension to chemical analysis, allowing you to effectively identify and analyse aroma compounds.
EXPERT TECHNICAL SUPPORT
It's not just our catalogue of over 100,000 products that define us - our sales and technical support are what truly set us apart from other HPLC column vendors. We have been helping our customers with dedicated technical support for nearly 4 decades. When you buy HPLC columns from Element, we are always on hand to aid you in any way that you can via phone or email.
Our knowledgeable team can help you choose the right HPLC column for your method and instrumentation. We can also help you with HPLC column care and maintenance so that you get the best value out of your column while reducing repeat analyses.