That is, the relatively stationary charge, usually referring to the positive and negative charges carried on the surface of different objects due to the mutual friction between them.

The ion air snake is a type of anti-static product in the compressed air series. Based on the ion air nozzle, a variable-direction multivariable dragon is added, featuring easy installation, stable operation, strong wind speed and fast static electricity elimination. It needs to be used in conjunction with a high-voltage generator. The ion air snake is a type of anti-static product in the compressed air series. When using the ion air snake, please pay attention to the following points: 1. The high-voltage ion air snake is a precise and sensitive anti-static product. Under the condition of meeting its usage requirements. 2. For all high-voltage anti-static equipment, during operation, it is necessary to frequently check whether the products have achieved the anti-static function and whether any abnormal conditions have occurred. If any abnormality is found in individual products, they should be immediately removed from the working area and the supplier should be contacted for a solution. 3. At the connection between the gun head and the high-voltage wire, do not frequently bend or rotate it forcefully. This is because the connection between the gun head and the gun handle is made of metal and is prone to breakage from the high-voltage wire, which may cause sparks and discharge burns. The wind snake is a high-voltage electronic product. The principle of cutting off the power when no one is around should be followed. The inductive ion wind snake uses strong ion wind to remove static electricity and dust from the surface of objects. It can be freely directed towards the target direction through the snake tube and is equipped with a sensitive induction switch. It belongs to the industrial category. The flexible design of the appearance is suitable for automatic static electricity and dust removal. Built-in high-voltage generator, which saves materials to the greatest extent and is economical and environmentally friendly. It is both safe and aesthetically pleasing, making it the top choice for technological production. 以上为机器翻译结果，

In the electronic production industry, ion air rods and various static electricity elimination devices are used. Ion air rods are used on electronic production lines to eliminate static electricity. It has a wide range of applications in the microelectronics industry production, used in clean workshops for large-scale and very large-scale integrated circuits to prevent static electricity generated by human movement within the workshop. Safety is the fundamental guarantee for human beings to engage in all kinds of work, study and entertainment. With the rapid development of electronic products, modern people's lives are almost inseparable from electricity, and humans have also paid more attention to electrical safety. In the long-term practice of life, humans have summarized the experience of safe electricity usage, accumulated rich knowledge and data on safe electricity usage, so that future generations can master this knowledge and prevent potential problems before they occur. After the research and development stage of electronic products is completed, they need to be put into production. However, the production conditions of the manufacturing enterprises, such as equipment conditions, technical levels, process levels, production capacity, production cycles, and production management levels, all have certain requirements for electronic products. If production is to proceed smoothly, it must meet the requirements of these production conditions for it; otherwise, it is impossible to produce high-quality products, or even impossible to produce at all. Under high pressure, the ion rod generates a large amount of positive and negative ions. It is directly applied in high-speed drying and ion dust removal, improving the drying effect. At the same time, it purifies and removes dust from the air. It is widely used in the electronics manufacturing industry, such as electrostatic dust removal for mobile phone casings.

1. Rotate the speed regulator switch clockwise until the indicator light is on, which will turn on the fan and generate an ionic airflow. To increase the fan speed, you can rotate the speed regulator switch clockwise. When the position is set to "off", the indicator light goes out, indicating that the ion fan is shut down. To adjust the airflow direction, loosen the plum blossom screws on the bracket, tilt the machine body to adjust the up and down position, and then tighten the bracket screws after adjustment. To clean the ion emitter, rotate the handle of the cleaning head clockwise until it stops, and then repeat the rotation until it is thoroughly cleaned. The neutralization time of static electricity by the wind speed of an ion fan is determined by multiple factors. The two most important reasons are the distance and wind speed of the ion fan. Air ions are constantly neutralizing each other. Cations and anions attract each other through static electricity, resulting in the transfer and recombination of these charges. High wind speeds can neutralize them at greater distances, and the greater the wind speed, the faster the static electricity is neutralized. When using an ion fan for electronic assembly, the ionized airflow should cover the working area as much as possible so that the positive and negative charges on the surface of the object can be well neutralized and kept in a neutralized state. Iii. Clean the launch point of the transmitter. Rotate the handle of the cleaning head clockwise until it stops and then release it. Repeat the rotation until it is thoroughly cleaned. Do this at least once a week. The air inlet screen and the ionization outlet screen should be kept clean to prevent airflow blockage. They can be cleaned with a soft brush or compressed air. 4. Use a plate load monitor to measure or an ion tester to measure the ion balance degree. The brand of the test instrument is CIMCO (ME-268A) from the United States, or an ion tester can be used to measure the ion balance (residual voltage). The output design of the ion fan for the ion quantity is stable and fixed. Due to the possible influence of factors such as voltage fluctuations and the dryness and humidity of the ambient air, the ion balance degree may shift.

Common mistakes in anti-static methods in factories: 1. Lack of anti-static product testing instruments. The most common mistake is that many companies purchase a large number of anti-static products but do not purchase some commonly used anti-static product testing instruments. We know that every product has a certain service life and its quality varies. Without some commonly used testing instruments, we wouldn't know whether the product is damaged or of good quality.

The extent to which electronic components are damaged by static electricity varies depending on their type. Even a static voltage as low as 100 V can result in damage. In recent years, with the increasing integration of electronic components, the threshold electrostatic voltage required

First of all, we need to understand the hazards of static electricity. ESD (Electrostatic Discharge) is the most significant and common hazard in the electronics industry and all high-precision technology industries based on electronic devices. Static electricity can inadvertently break down expensive electronic devices, causing functional disorders or even component damage in electronic products. Especially now, as the scale of semiconductor integrated components is getting larger and larger and the integrated voltage is getting lower and lower, their sensitivity to static voltage is also increasing. Even a very small static voltage can affect the operation of components and even break them down, causing significant losses. In many factories, it is common for the human body to carry static electricity. When workers touch components with their hands during operation, static electricity breakdown occurs, which is not visible to the naked eye. As a result, the circuit fails to pass the inspection during testing, leading to defective products. The electrostatic eliminator is suitable for electrostatic dust removal in various processes of different industries such as circuit boards, plastic films, electroplated parts, coating, painting, non-ferrous metal plates, wires, and sheet production. When the static eliminator is in operation, it generates positive and negative ion currents, which is very helpful for removing static electricity from light objects at close range. It is not a new star either, but in the long history of the development of anti-static equipment, it still holds a place, which shows that its application scope is still relatively wide. The application of static eliminators, based on their own characteristics, is most suitable for removing static electricity from items like films. The length and standard can both be customized according to the customer's requirements. Here are some examples to illustrate the application of static eliminators: 1. Use a static eliminator to eliminate the static electricity on the surface of the coil material that is fast and highly charged. 2. Use an AC static eliminator or a pulsed DC static eliminator rod to "immerse" the components in ionized air to prevent static electricity from occurring. 3. Use an electrostatic eliminator to blow out high-speed and high-impact ionic air to remove the dust that has adhered to the outer surface of the goods. 4. When producing boards or paper, they may attract or repel each other due to static electricity. For instance, if multiple sheets of paper or boards are fed in at once, it will affect the continuous operation of production. Static electricity eliminators can be used to generate ion air curtains to penetrate and eliminate static electricity, etc. 5. In screen printing, a pulse direct current static eliminator is used to eliminate static electricity on the "long-distance" screen. Therefore, it is very necessary to do a good job in ESD protection in all industries. Human body protection should be done well, and static eliminators also need to be installed. They should be installed above each workstation!