Ultra-low temperature atmospheric plasma cleaner

Plasma - the fourth state of the material that is not mysterious! There are solid, liquid, and gaseous substances that we are very familiar with in nature. By continuously providing energy to the substance, the temperature of the substance will rise, and the state of the substance will also be from “solid state→liquid state”, “liquid state→gaseous state”, “gaseous state→plasma state”. The substance is made up of atoms, which consist of a positively charged nucleus and a negatively charged electron that surrounds the nucleus. When the energy is continuously supplied and heated to a sufficiently high temperature, the outer electrons are detached from the nucleus and become free electrons. This process is called "ionization"; and the substance becomes a positively charged nucleus and a negatively charged electron. Of course, there are also active groups, excited states of nuclides (meta-stable), photons, etc., which are a uniform "paste", so the plasma is also called plasma. In plasma, the total amount of positive and negative charges is equal, so the overall is electrically neutral, called plasma. Plasma is a state of high energy instability. Utilizing this high energy and unstable state, plasma has a variety of applications. Ultra-low temperature atmospheric plasma cleaner principle: 1. Etching on the surface of the material - physical effect A large number of active particles in the plasma, such as a large number of ions, excited molecules, and free radicals, act on the surface of the solid sample, which not only removes the original contaminants and impurities, but also produces an etching effect to roughen the surface of the sample and form many fine pits, which increases the specific surface of the sample,improves the wetting properties of solid surfaces. 2. activation bond energy, cross-linking The energy of the particles in the plasma is between 0 and 20 eV, and most of the bond energy in the polymer are between 0 and 10 eV. Therefore, after the plasma acts on the solid surface, the original chemical bond on the solid surface can be broken. Free radicals in the plasma form a network of crosslinked structures with these bonds, greatly activating surface activity. 3. Formation of new functional groups - chemical action If a reactive gas is introduced into the electric discharge gas, a complicated chemical reaction occurs on the surface of the activated material, and new functional groups such as hydrocarbonyl, amidogen, carboxyl group, and the like are introduced, and these functional groups are all active groups, which can significantly improve the surface activity of the material. Ultra-low temperature atmospheric plasma cleaner structure: Plasma cleaner is mainly composed of two parts: First, the plasma generator is composed of integrated circuit, operation control, plasma generating power source, gas source processing, and safety protection. Second, the plasma processing apparatus is composed of an excitation electrode, an excitation gas path, and the like. The Ultra-low temperature atmospheric plasma cleaner offers several technical advantages that enhance its cleaning capabilities. Firstly, it incorporates German high-voltage excitation power circuit technology, ensuring the generation of high-density plasma for superior cleaning results. Comprehensive security protection features are integrated, including alarms for over temperature, overload, abnormal air pressure, short circuit, and incorrect operation. The cleaner employs patented discharge technology, utilizing special treatment and structure for the discharge device, leading the way in atmospheric glow discharge technology. With a significant processing width of up to 2000mm, it can address the challenge of cleaning large-width samples, catering to various process requirements. Quality is maintained through the use of top-quality parts, both domestically and internationally sourced, ensuring stable and long-lasting operation. It operates at low temperatures, accommodating different environmental requirements without affecting the temperature of the cleaning products. Furthermore, it is environmentally friendly, characterized by extremely low operating costs, straightforward operation, and compliance with environmental regulations, resulting in no chemical pollutant emissions during the cleaning process. These features collectively make the Ultra-low temperature atmospheric plasma cleaner a valuable tool in various applications and industries.