Description
It’s Purpose:
The Parker NitroFlow TG2 Tri-Gas Generator is a device that generates a continuous flow of nitrogen, hydrogen, and zero air gas for use in various laboratory and analytical applications. The nitrogen gas is used as a carrier gas in chromatography, while the hydrogen gas is used as a fuel gas for flame ionization detection (FID) in gas chromatography. The zero air gas is used as a reference gas in the analysis of pollutants and other trace gases.
Acme’s Summary:
Overall, the Parker NitroFlow TG2 Tri-Gas Generator is a reliable and cost-effective solution for laboratories and analytical facilities that require a continuous supply of high-purity nitrogen, hydrogen, and zero air gas.
Top 3 Competitors
- Peak Scientific Precision Hydrogen and Zero Air Generators
- Agilent Technologies Gas Generators
- VICI DBS Gas Generators
5 Best Things:
- Tri-gas production: The NitroFlow TG2 generator produces a continuous flow of high-purity nitrogen, hydrogen, and zero air gas, making it a versatile solution for laboratory and analytical applications that require multiple gases.
- Compact design: The NitroFlow TG2 generator has a compact and efficient design, making it easy to install in laboratory spaces where space is at a premium. The generator does not require any external gas cylinders or tanks, further reducing its footprint.
- Proprietary PSA technology: The NitroFlow TG2 generator uses proprietary pressure swing adsorption (PSA) technology to purify compressed air and separate it into its component gases. This technology is efficient, reliable, and ensures high-purity gas production.
- Built-in monitoring system: The NitroFlow TG2 generator has a built-in monitoring system that constantly monitors gas production and purity levels to ensure optimal performance and accuracy. This feature provides peace of mind to laboratory operators who require consistent and accurate gas delivery.
- Cost-effective: The NitroFlow TG2 generator is a cost-effective solution for laboratories and analytical facilities that require a continuous supply of high-purity nitrogen, hydrogen, and zero air gas. The generator eliminates the need for external gas cylinders and tanks, reducing operating costs, and improving efficiency.