3 Things You Must Know About A Plasma System
At a young age, we were taught in Science class that there are three states of matter. These states of matter are known as solid, liquid, and gas. Although it has always been taught to us that way, there is actually a fourth state of matter that is rarely mentioned. When energy is continuously applied to a matter, its temperature increases until it passes through the three states of matter. Once a solid matter melts into liquid, it will go through the process of evaporation and take a gaseous state. However, if energy continues to supply itself to that gaseous state, the existing atomic shell will disintegrate, and charged particles will replace it. This mixture is referred to as plasma. Plasma is the fourth state of matter used in a plasma system. Here are a few more things you should know about it.
1. Functions And Usage
A plasma system often combines materials or changes a material’s surface properties. With this in mind, plasma technology can be utilised for multiple purposes, such as cleaning, activating, etching, and coating materials.
In relation to cleaning, plasma technology can provide cleaning solutions for any type of contamination, substrate, and post-treatment requirements. Using plasma technology for cleaning also triggers the decomposition of molecular contamination residues.
If you’re having difficulty binding, glueing, printing, or bonding something due to the lack of activation on an adhesive, you can use a plasma system to activate its wettability.
Plasma technology also gives you the power to perform anisotropic and isotropic etching. With low-pressure plasmas, components can also be enhanced using various coats.
2. Kinds Of Plasma Systems
The function of a plasma system can vary in type. There are low-pressure plasma systems and atmospheric-pressure plasma systems. When it comes to low-pressure plasma technology, energy is supplied within a vacuum in order to excite the gas inside. Energetic ions, electrons, and other reactive particles are created, providing plasma. On the other hand, atmospheric Pressure Plasma systems are primarily used for local pre-treatment of multiple surfaces. Instead of simply supplying energy, this form of plasma technology excites gas by using high voltage and atmospheric pressure. Polymers, ceramic, glass, hybrid materials, and metal are pre-treated with the use of an atmospheric plasma processor.
3. Field Of Applications
Considering the fact that a plasma system can be used for activating, cleaning, etching, and coating materials, it is used in many fields, such as the packing industry, the watch-making and jewellery industry, the textile industry, and the creation of solar technology. Plasma is utilised in many industries, and yet most of us have no idea that it even exists in the first place.
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