Electrostatic charges are created when insulating materials are rubbed against each other. The resulting discharges represent a major hazard in production.
In order to prevent damage, it is important to introduce ESD protective measures, for example in the form of ESD clothing, in the company and to use the right ESD accessories.
With the products from SafeGuard®, we have reliable and safe products in our range that meet your requirements and protect your production against electrostatic discharge.
What does ESD mean?
ESD stands for "electrostatic discharge." It describes the phenomenon in which charged objects suddenly discharge, which can cause damage in sensitive electronic environments. ESD is particularly relevant in the electronics and semiconductor industries, where even small electrostatic discharges can damage critical components.
Why ESD protection is important
ESD protection is critical to protecting sensitive electronic components from damage caused by electrostatic discharges. In electronics manufacturing and other technological areas, such discharges can lead to failures, defects, and significant costs. ESD protective measures, including ESD clothing, prevent these risks and ensure the safety and reliability of electronic products.
Requirements for ESD clothing
ESD clothing must meet specific requirements to provide effective protection. It should be made of conductive materials that can safely dissipate static charges. It must also comply with relevant safety standards, such as IEC 61340. The clothing should fit tightly to ensure maximum coverage and protection.
Target groups for ESD clothing
The primary target groups for ESD clothing are employees in the electronics and semiconductor industries, in clean rooms, the pharmaceutical industry, and other areas where sensitive electronic components are handled. ESD clothing is also important for technicians and engineers who work on electronic devices and systems.
Correct use of ESD clothing
Proper use of ESD clothing involves wearing the designated garments, including jackets, coveralls, and gloves. The clothing should fit tightly and cover all non-ESD materials. It is also important that the clothing be used in combination with other ESD protective measures, such as conductive footwear and work surfaces.
Care instructions for ESD clothing
ESD clothing should be cared for according to the manufacturer's instructions to maintain its conductive properties. It should be washed at low temperatures without fabric softener and air-dried. Ironing and dry cleaning should be avoided to avoid damaging the conductive fibers.
ESD properties
The ESD properties of clothing and materials include their ability to safely dissipate static charges. This is achieved through the use of conductive fibers and special fabrics. ESD clothing should have low electrical resistance while being comfortable and practical for everyday use.
FAQ
What is ESD clothing?
ESD clothing is special workwear that protects against electrostatic charges. It contains conductive fibers that dissipate electrostatic charges and thus protect the wearer.
Why ESD clothing?
ESD clothing is crucial for operational safety and product quality in the electronics industry. It prevents the development of voltage differences that cause electrostatic charges.
Is antistatic the same as ESD?
No, antistatic and ESD are not the same. ESD refers to the dissipation of electrostatic discharges in sensitive industrial areas, while antistatic is relevant in potentially explosive areas such as the chemical industry.
What is ESD capable?
A product is considered ESD-capable if it has a contact resistance of less than 35 megaohms. This is defined by specific standards such as DIN EN 61340.
Why is ESD dangerous?
ESD is dangerous because it can disrupt, damage, or destroy electronic components. Almost all electronic components are ESD sensitive.
How does ESD protection work?
ESD protection is based on creating zones in which all materials are conductive and grounded. This prevents electrostatic charges and potential differences by selectively dissipating electrical charges.
Which materials are ESD capable?
ESD-capable materials include special high-performance plastics with specific electrical resistance values that enable safe dissipation of static charges