How to reasonably choose anti-static equipment
There are many types of anti-static equipment, so it is necessary to use them reasonably to save costs and achieve good anti-static effects?
1. Control of human body static electricity
1. What is the most common static power supply?
2. What are the most effective measures to control human body static electricity?
3. When people wear anti-static shoes and have anti-static floor mats, anti-static composite rubber plates or anti-static raised floors, they can certainly play a good anti-static effect?
4. Why do people wear anti-static overalls outside of anti-static shoes?
5. Can people wear anti-static work clothes to play anti-static effect?
6. In order to better control human static electricity, what measures should be taken?
7. Can a person wear a wireless bracelet (also called a wireless wristband) play an antistatic role?
1. What is the most common static power supply?
People will generate static electricity in activities such as walking and standing up. The human body is the most common static power source, so the electrostatic protection of the human body is the most important.
2. What are the most effective measures to control human static electricity?
To control the static electricity of the human body, the most effective measure is to "connect" the body to the earth, that is, "earth". Therefore, people should wear anti-static shoes. To keep the human body connected to the ground, this requires that the ground is also anti-static before the static electricity of the human body can be introduced into the ground. Sufficient, you can choose anti-static raised floors, especially when planning and designing the computer room plant, you can consider using anti-static raised floors. When it is affected, choose the anti-static floor mat with low price and simple construction, and the anti-static composite rubber sheet.
3. When people wear anti-static shoes and have anti-static floor mats, anti-static composite rubber sheets or anti-static raised floors, they can certainly play a good anti-static effect?
People who wear anti-static shoes and have anti-static floor mats, anti-static composite rubber sheets or anti-static raised floors may not necessarily have good anti-static effects. Usually people also wear socks and insoles, young people's feet are prone to sweat. These socks and insoles can also conduct static electricity, but in the middle and old age, the socks and insoles cannot be guided due to the dryness of the shoes in the dry season. Static electricity, and many manufacturers only require staff to wear anti-static clothing and anti-static shoes, ignoring the adverse effects of socks and insoles, making this anti-static shoes and anti-static ground can not play an anti-static role. Therefore, the "Human Body Comprehensive Resistance Detector" is placed at the entrance of the machine room or factory building, which can quickly and accurately detect those who wear unqualified anti-static shoes, socks and insoles.
4. Why do people wear anti-static overalls outside of anti-static shoes?
In addition to wearing anti-static shoes, people must wear anti-static overalls to better control the static electricity of the human body. Because clothing can also carry very high static electricity, especially nowadays most clothing is chemical fiber, which can generate thousands of volts of static electricity.
5. Can people wear anti-static work clothes to play an anti-static role?
No. Experiments have shown that if people only wear anti-static work clothes without anti-static shoes and without good anti-static ground, the anti-static effect is extremely poor.
6. In order to better control human static electricity, what measures should be taken?
There must be perfect anti-static facilities for human body and static measuring instruments to test whether these facilities are effective.
7. Can a person wear a wireless wristband play an antistatic role?
No. The cordless wristband theory uses the principle of corona discharge to dissipate some of the static electricity. Corona discharge is also called tip discharge. It is used to guide the body itself to charge. It usually requires a voltage exceeding 1500V. Static electricity is dissipated, but the static voltage required by a cordless wristband to dissipate static electricity is too high, which is not suitable for the electronics industry, because how many electronic components can withstand high voltages above 1500V. Therefore, we do not recommend, sell, manufacture or use wireless wristbands.