Microwave Air Jet Plasma

Microwave Air Jet Plasma

The novel technology known as Microwave Air Jet Plasma uses high-velocity air jets with microwave energy to produce a regulated plasma environment that can be used for a variety of industrial and scientific purposes. Fundamentally, microwaves are used in Microwave Air Jet Plasma to introduce air into the microwave field and produce plasma, a state of matter made up of highly energetic ions, electrons, and neutral particles.

Microwave air jet plasma is a type of plasma that is generated by exposing a stream of air to a high-power microwave field. This causes a discharge of plasma, which is made up of radicals, electrons, and ions, among other excited species. The energy from the microwave field usually sustains the plasma, which has a variety of uses including surface treatment, material processing, and pollution management.

Microwave Air Jet Plasma the term “plasma” describes a state-of-the-art technique that uses microwave energy to create high-temperature plasma for a variety of uses. This novel method produces a controlled plasma discharge by combining microwave energy with the formation of a high-velocity air jet. The procedure starts with the entrance of air into a chamber that has been properly built.

In the field of plasma-based systems, microwave air jet plasma technology is a revolutionary development. Through the utilization of microwaves and high-speed air jets, this cutting-edge technology produces a plasma stream that is both highly effective and adaptable. Fundamentally, the way that Microwave Air Jet Plasma works is that it creates a high-energy plasma discharge by directing a regulated air flow into a high-frequency microwave field.

Microwave Air Jet Plasma systems are a great option for progressive companies looking for cutting-edge solutions because of their inherent scalability and environmental sustainability. Adopting this technology promises dramatic results in a variety of industries and opens doors to new vistas in research, development, and application.

A jet mechanism then uses this air to accelerate it to high speeds. The air stream is simultaneously exposed to microwaves, which ionizes it and forms plasma, a state of matter made up of charged particles. The generated plasma can be used for material processing, surface treatment, and even pollution management because it can reach temperatures of more than a few thousand degrees Celsius.

The ability to generate plasma remotely and non-contact makes microwave air jet plasma particularly handy when treating sensitive materials or objects. It is also possible to selectively remove or alter surface layers using the high-energy plasma without harming the underlying material.

Research on microwave air jet plasma is still underway, and attempts are being made to optimize the technology for different uses. Uses for Kerone’s microwave air jet plasma systems are numerous and include material processing, pollution control, and surface treatment. The company’s systems are built for great efficiency and dependability, and it provides tailored solutions based on the needs of individual customers. In order to produce a high-energy plasma, Kerone’s microwave air jet plasma systems ionize a stream of air using a high-power microwave generator.

Kerone is now working in business cooperation and partnership with Fricke and Mallah GMBH on the research, development, and commercialization of microwave air jet plasma applications. We also produce additional varieties of microwave heating systems, including vacuum technology, air jet plasma technology, solid state generators, chemical vapor deposition systems, and other varieties.

Features of Microwave Air Jet Plasma

  • Non-thermal plasma
  • High-energy plasma
  • Remote plasma generation
  • Tunable plasma properties
  • Low-cost and efficient

Application of Microwave Air Jet Plasma

  • Surface treatment
  • Material processing
  • Pollution control
  • Food processing
  • Medical applications
  • Nanomaterial synthesis


  • Efficient Energy Transfer
  • Enhanced Plasma Stability
  • Controlled Gas Flow
  • Non-Toxic Carrier Gas
  • Low Thermal Impact
  • Environmental Compatibility
KERONE is pioneer in application and implementation engineering with its vast experience and team of professionals. KERONE is devoted to serve the industry to optimize their operations both economically and environmentally with its specialized heating and drying solutions.

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