Coregas offers a full range of laboratory gas products to support instruments such as inductively coupled plasma (ICP) and gas chromatographs (GC). Our high-purity ICP and GC gases, including argon, helium, hydrogen, nitrogen and carbon dioxide, meet the stringent requirements of modern analytical equipment. Whether your facility operates a single instrument or a large-scale lab network, Coregas provides dependable gas supply solutions with technical expertise to match.
Every Coregas laboratory regulator is manufactured to strict quality standards and tested for leak integrity and durability. Our gas systems help maintain measurement accuracy and extend instrument life. From calibration to carrier gases, we deliver products that meet the specific needs of research laboratories, universities and industrial testing facilities.
As a leading Australian supplier, Coregas supports laboratories nationwide with safe delivery, technical support and custom solutions. Explore our complete range of industrial and specialty gases to find the right mix for your application.
Keep your lab running at peak precision with reliable regulators and laboratory-grade gases from Coregas. Contact our team today to discuss your laboratory requirements.
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A laboratory gas regulator is used to control gas pressure and flow from a cylinder to laboratory equipment. It ensures analytical instruments receive gas at a consistent and safe rate, maintaining precision in testing and research.
Common laboratory gases include argon, nitrogen, helium, hydrogen and carbon dioxide gas, which are used for testing, analysis and calibration. These gases support a range of applications, including spectroscopy, chromatography and environmental monitoring. Coregas supplies high-purity products to ensure reliable performance and consistent results in laboratory and research settings.
A gas chromatograph separates the components of a chemical mixture using high-purity carrier gases. These gases move the sample through a column where compounds are detected and measured based on their interaction with the column material.
GC gases, such as helium, hydrogen and nitrogen, are used in gas chromatography as carrier or detector gases. These gases transport and separate compounds within the analytical column to achieve precise and consistent results.
Choosing the right laboratory regulator depends on the type of gas, required pressure and application. The regulator must match the cylinder connection and be compatible with the gas purity level needed for your analysis. Coregas specialists can help you select a regulator that ensures safe operation and precise control across your laboratory systems.