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Supplier: PEAK SCIENTIFIC

CG15L generates zero air by removing carbon dioxide and moisture from the air for applications requiring a higher performance than zero air models.

Supplier: PEAK SCIENTIFIC

The NG5000 delivers ultra high purity nitrogen at trace detection limits through Pressure Swing Adsorption technology at flows of up to 5 L/min for GC, DSC and DMA applications as well as other laboratory. This generator requires a high quality source of in-house air to supply the unit.

Supplier: PEAK SCIENTIFIC

The Collision Gas Add-On has been designed to serve a number of generators, and supplies ultra high purity nitrogen to the collision cell at a flow of up to 200 cc/min.

Supplier: PEAK SCIENTIFIC

With customer service and support in mind a comprehensive Installation and Operational Qualification certification has been developed, for customers who require this additional certified assurance for their analytical applications.

Supplier: PEAK SCIENTIFIC

Membrane technology is at the heart of the Infinity 1031, generating laboratory-grade nitrogen on-site with an existing air supply. With the ability to perform at its maximum 24 hours a day, if required, and minimum maintenance requirements, the Infinity 1031 is a durable, hassle-free solution for Sciex LC-MS instruments.

Supplier: PEAK SCIENTIFIC

The Precision Nitrogen 600 has been developed to provide a constant and consistent source of nitrogen for detector make-up gas at standard/typical detection levels for GC applications, as well as headspace vial pressurisation, purge and trap, tube conditioning for thermal desorption and sample preparation. These generators are capable of delivering high purity nitrogen, removing oxygen and moisture via Pressure Swing Adsorption and Carbon Molecular Sieve technology.

Supplier: PEAK SCIENTIFIC

The Precision Zero Air generators are designed specifically to supply clean, dry, hydrocarbon-free air to be used as flame support gas for GC at both standard and trace detection limits.

Supplier: PEAK SCIENTIFIC

The Precision Hydrogen 1200 is the first 1L+ Hydrogen generator and it is designed to produce hydrogen at a flow of 1200 ml with up to 99,9995% purity. Precision 1200 H₂ generator provides the gas needed for detectors requiring Hydrogen fuel gas, such as FID, NPD and SCD, and it can also support GC carrier gases. One generator is capable of supplying multiple detectors, and is available in various flow rates to ideally suit individual customers’ needs.

Supplier: PEAK SCIENTIFIC

The Genius 1052 nitrogen generator is a proven solution for customers requiring nitrogen for their Leco modulators.

Supplier: PEAK SCIENTIFIC

The PG14L gas generator is suitable for laboratory detectors requiring CO₂ free gas such as FT-IR analysis. Using Pressure Swing Adsorption technology organic contaminants and moisture from air are removed.

Supplier: PEAK SCIENTIFIC

The AD70L is a useful attachment for any laboratory's external source of air, removing moisture and ensuring dry air delivery. Moisture content in house air can contaminate laboratory instrumentation, impacting on results and in some cases damaging the instrument itself.

Supplier: PEAK SCIENTIFIC

The Precision Zero Air generators are designed specifically to supply clean, dry, hydrocarbon-free air to be used as flame support gas for GC at both standard and trace detection limits.

Supplier: PEAK SCIENTIFIC

Designed to the specifications of the Bruker EVOQ triple Quadrupole's gas requirements delivering dry air at up to 50 L/min and nitrogen at up to 32 L/min.

Supplier: PEAK SCIENTIFIC

The Precision Zero Air generators are designed specifically to supply clean, dry, hydrocarbon-free air to be used as flame support gas for GC at both standard and trace detection limits.

Supplier: PEAK SCIENTIFIC

This generator is suitable for carrier gas and flame gas at trace detection limits. Hydrogen purity 99,9999%. Moisture content <1 ppm.

Supplier: PEAK SCIENTIFIC

The Precision Zero Air generators are designed specifically to supply clean, dry, hydrocarbon-free air to be used as flame support gas for GC at both standard and trace detection limits.