We provide high purity gases and custom blends suitable for chromatography, spectroscopy and environmental monitoring. These gases support instruments such as gas chromatographs, mass spectrometers and analytical detectors. Coregas also supplies common pure gases, including nitrogen, helium, hydrogen and carbon dioxide gas, with certified documentation to ensure traceability and performance.
Every specialty gas mixture is produced and tested to strict quality standards to maintain stable composition and instrument compatibility. Our gases help support consistent measurements, reduce instrument downtime and meet the requirements of research laboratories, universities and industrial testing facilities. From calibration gases to controlled mixtures, we offer solutions suited to specialised technical workflows.
Coregas provides national delivery, technical advice and flexible supply options for facilities of all sizes. Our team can help match gas purity levels, cylinder formats and storage requirements to your laboratory or analytical application. Explore our full range of specialty gases to find the right products for your operational needs.
Contact our professional team for questions about products, pricing, creating an account & more.
A specialty gas is a high purity or precisely blended gas used for calibration, analysis or controlled scientific processes. These gases are produced to strict quality standards, ensuring consistent composition for research, diagnostics and instrument performance across laboratory and industrial environments.
Specialty gases are used for laboratory testing, calibration, environmental monitoring and analytical instruments. Common examples include helium and carbon dioxide. These gases support processes such as chromatography and spectroscopy where accuracy, purity and consistent composition are essential.
Specialty gases differ from industrial gases by offering tighter purity control, certified documentation and consistent chemical composition. They are designed for analytical and scientific applications where precise results matter, while industrial gases are typically used for general manufacturing, fabrication and process operations.
Specialty gas is used across laboratories, research facilities, universities, pharmaceutical production, environmental testing, petrochemical analysis and advanced manufacturing. These industries rely on accurate measurements, calibrated instruments and controlled gas mixtures to support technical, analytical and compliance-driven operations.