Plasma generator

Instrument Introduction

RADOM focuses on the field of plasma technology, providing sustainable and innovative solutions for industries such as analytical instruments, clean technology, hydrogen production, and nitrogen fixation. In the past 15 years, RADOM scientists have focused on the reform and innovation of plasma technology, developing a highly differentiated plasma technology that has obtained intellectual property protection in multiple countries and regions around the world.

This technology is capable of generating powerful and sustainable plasma for the breakthrough of ICP-OESPlasma generatorNo need for water circuits, coolers, or radiators, with the option of a 100 kW high-power generator. This scalable, electrodeless design providesvery highThe efficiency aims to improve safety, reduce operating costs, and minimize environmental pollution, opening the door for large-scale industrial and environmental applications.

High performance developed by RADOMPlasma generatorYou can take the air N₂、CO₂、H₂Heating gases such as water vapor to a plasma state at temperatures exceeding 5500 ℃ can provide compact, easy-to-use, reliable, and cost-effective plasma solutions for research laboratories, meeting the urgent needs of plasma and materials science research. Widely used in material processing, surface activation modification, sterilization, gasification, NOx controllable synthesis, plasma etching, coating and spraying, and other fields.

Main Features

Altair and Mira can be used as conventional argon plasma sources to replace ICP-MS, making them very suitable for mass spectrometry laboratories based on TOF, laser ablation, and classical quadrupole research exploration. Currently, there have been more than ten successful modification cases in global research institutions, involving four mainstream ICP-MS brands.

Modular design, suitable for multiple ICP-MS sampler interfaces;
Provide flexible customized services for mass spectrometry types and application directions;
Highly stable plasma with long excitation source lifespan;
In an argon free environment, it is possible to perform spectral analysis on nitrogen-containing compounds;
Reduce multi atomic ion interference related to argon and improve detection results.

Sirius High EnergyPlasma generatorIt can provide up to 100 kW of heat to superheated steam at 170 ℃, and the steam enters the torch tube at a flow rate of 50-120 lb/h. When leaving the torch, the average temperature of the vapor can reach 3000 ℃, while the temperature of the core plasma inside the torch exceeds 6000 ℃. Under these conditions, chemical reactions and material heating processes are significantly accelerated, with typical applications including the synthesis of hydrogen rich synthesis gas in gasifiers, the decomposition of PFAS and other toxic molecules, and the vitrification of waste.