The damage caused by electrostatic discharge (ESD) is not to be taken lightly. Especially in work environments that can be affected by static electricity. For example. In the electronics manufacturing industry, ESD can cause damage to electronic components. It brings great losses for the enterprise. This article will introduce you to anti-static gloves. Three minutes will let you understand more!
What are anti-static gloves?
Anti-static gloves, also known as ESD gloves. The main goal is to stop the human body from creating static electricity that can harm electronic parts. And harm to electronic components.
Anti-static gloves work:
Safely dissipate the static charge of the hand. Prevent static electricity from causing damage to electronic equipment. Examples include sensors, wafers, circuit boards, and other electronic components.
Anti-static gloves are made of the following materials:
- Polyester blended with conductive fibers.
- Nitrile mixed with conductive fibers.
- Nylon blended with conductive fibers.
- Antistatic coatings (conductive particles polymer)
Features of anti-static gloves:
- Anti-static (reduces static discharge)
- Good conductivity
- Abrasion-resistant and durable
- High dexterity
Preventing cuts and scrapes
Types of ESD Gloves
There are many kinds of anti-static gloves because of their different production materials. The degree of protective effect is also somewhat different. Choose the right gloves for your work environment. The following are our M-tide best-selling gloves:
- ESD Nylon Seamless Knit Anti-static Knitted Gloves (ESD01):
Effective anti-static. Support touch screen, lightweight, and comfortable. Spandex material. - ESD Dotted PU Coatings Gloves (ESDX02):
Breathable back of hand, abrasion, and cut-resistant. Suitable for electronic processing, applicable in a laboratory. - ESD Nitrile Coated Gloves, Electrician (ESDX03):
Anti-static, anti-dust particles. Strong grip, excellent chemical resistance. - Cut-resistant ESD gloves (ESDX06):
Discharges quickly. Commonly used for electronic component handling. - Palm Coatings ESD Gloves (ESDX07):
Dissipative nylon material. High sensitivity, excellent breathability. Grip and good abrasion resistance.
Understanding ESD Risks
Once a medical device company, after reading a report about an ESD accident. It recalled the medical devices it sold. It was because it had not been able to pay attention to the risk of ESD during the assembly process. After the incident, they inspected the device and found that some of the components had been damaged by ESD.
This is an incident that has already happened. But there are still a lot more because of the failure to take ESD risks seriously. But there are still a lot of accidents because of not paying attention to ESD risk.
What do we need to know about ESD?
- Electrostatic discharge:
abbreviated as ESD. It refers to the sudden discharge of electricity between different charged bodies, or between a charged body and a grounded body. Through direct contact or an air gap, suddenly release the phenomenon of electrostatic charge. - ESD causes:
when the surface charge of the object is affected by the electrostatic field. This electrostatic induction can also lead to the occurrence of ESD. - Human ESD phenomenon:
because the human body is also able to conduct electricity. So the human body may also become a source of static electricity. So when we touch the charged or static objects, the same will produce ESD.
Pay attention to ESD anti-electrical hazards.
- Static electricity triggers an explosion:
Static electricity accumulates, or conductors of different charge levels are close together. Then a spark may be generated. Encountering flammable substances will trigger an explosion. - Electronic equipment failure:
Static electricity can affect sensitive electronic components, resulting in failure. - Damage to automated equipment:
Automated equipment is controlled by highly sophisticated electronic components. There is a risk of discharge from ESD. The current or voltage at the time of discharge can then damage the precision components. This leads to equipment damage.
- Static electricity triggers an explosion:
Static electricity accumulates, or conductors of different charge levels are close together. Then a spark may be generated. Encountering flammable substances will trigger an explosion. - Electronic equipment failure:
static electricity can affect sensitive electronic components, resulting in failure. - Damage to automated equipment:
Automated equipment is controlled by highly sophisticated electronic components. There is a risk of discharge from ESD. The current or voltage at the time of discharge can then damage the precision components. This leads to equipment damage.
Note: ESD can cause relatively large damage to electronic components or products. It is likely to cause irreparable damage. During operation and production, as well as assembly, handling, and transportation. Be sure to take protective measures.
ESD Gloves Applications
In the past, when I have introduced ESD gloves to others. There were always people who thought it was unnecessary. However, I still introduce them over and over again each time. I hope this can attract attention. Thus reducing the loss caused by ESD.
- Automotive industry: electronic testing, assembly line, quality inspection
- Semiconductor industry: handling chips, or wafers
- Electronics industry: assembly, soldering, inspection, and repair of some components.
- IT industry: installation of servers, equipment assembly, or maintenance checks
- Aerospace industry: Satellite, aircraft component assembly, and maintenance inspection. Or quality testing of electronic equipment
- Component assembly: when assembling circuit boards, or other electronic equipment. Protecting items from static electricity
Mtide offers the best solution for anti-static gloves.
M-tide specializes in the production and development of anti-static gloves for optimal protection. Our R&D team tests a wide range of wire fibers and anti-static coatings. Only the best antistatic effect is achieved. If you want to know more about anti-static gloves, please contact us!
Frequently Asked Questions
Why are anti-static gloves important for work?
Because it can prevent a certain amount of electrostatic discharge. To protect delicate and expensive electronic products. Improve their service life. Can prevent the staff in the working environment from the current discharge, which may cause hidden danger. Ensure the completion of the work and staff life safety.
Anti-static gloves can be used for how long?
According to the gloves made of different materials, their service life are different. Generally made of polyester fiber, nylon gloves can be reused many times. While gloves made of latex or nitrile are disposable.
What is the difference between anti-static gloves and ESD gloves?
There is no specific difference; they are just called by different names. These gloves are just to prevent static electricity from spreading. This can cause irreversible damage to some sensitive electronic components.
Can antistatic gloves be recycled?
Most of them have to undergo secondary processing before they can be recycled. Because the materials used in its production are not singular. It has to be separated and disassembled before it can be recycled. But if it is a single material, such as nylon gloves. It can be recycled.
Are anti-static gloves still effective after washing?
When washed correctly, anti-static gloves are still effective. When washing, pay attention to the following points:
- Wash with warm water or neutral detergent
- Avoid strong acidic and alkaline detergents
- Air dry naturally
- Avoid high temperatures and direct sunlight
- Store in a cool and dry place
