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Views: 0 Author: Site Editor Publish Time: 2021-09-16 Origin: Site
Anti static wrist strap, also known as ESD wrist band, is an essential tool for electrostatic protection. It is widely used in the electronic industry to protect sensitive components and printed circuit boards from static electricity damage. This article introduces the materials, design features, color options, grounding system, and working principles of both wired and wireless anti static wrist straps.
The anti static wrist strap is made of soft and elastic material mixed with conductive yarn, ensuring good electrical conductivity.
The length is adjustable, and the spring grounding wire can withstand more than 30,000 environmental tests without breaking.
The bracelet uses thermoplastic material, which is light, thin, and soft, making it safe for skin contact and comfortable to wear.
The pull-button locking structure allows the strap to fit wrists of various sizes.
The inner conductive insert layer adopts 3M’s “comfort cushion” design, ensuring air circulation and reducing discomfort during long-term use.
Efficient static control
By dissipating static electricity from the human body, the wrist strap prevents electrostatic discharge from damaging sensitive electronic components.
Cost-effective protection
As a low-cost and minimally consuming method, it is widely used in production lines to ensure safety.
Enhanced safety
The built-in 1 megaohm resistor in the grounding wire limits the amount of current, protecting both operators and components.
Anti static wrist straps are available in various colors such as blue, green, purple, maroon, and fluorescent green.
These color variations make it easy for managers to check whether workers are wearing the straps correctly.
They can also match the company’s corporate color tone, improving the professional image.
Colors can help identify worker groups on production lines.
The grounding wire is an important part of the anti static wrist band:
It is made of metal wires interwoven with high-strength synthetic fibers, enhancing durability and tension resistance.
Each end of the wire features a 3M-designed tension elimination system, reducing stress at connection points and lowering replacement frequency.
The unique button design ensures secure contact with the wrist strap, while allowing the wearer to move freely.
The wired ESD strap is the most commonly used in production lines due to its affordable cost and simple operation.
Working principle:
Static electricity is conducted to the ground via the grounding wire.
The 1 megohm resistor prevents sudden high currents from damaging electronic components.
Usage tip: The strap must maintain direct contact with the skin, and the grounding wire must be connected properly to achieve maximum effect.
Based on the corona discharge effect and tip discharge principle.
When the accumulated charge reaches a certain value, it is released into the air due to potential difference.
By interacting with air and water molecules, static electricity is neutralized, helping maintain static voltage balance.
The anti static wrist strap (ESD wrist band) is a small but powerful device designed to eliminate static electricity safely and effectively.
Its soft materials, adjustable design, and advanced grounding system make it both reliable and comfortable.
Available in multiple colors, it also supports management efficiency and brand image.
Whether you choose a wired strap for stable grounding or a wireless strap for convenience, using an anti static wrist strap is essential to protect sensitive electronic devices and ensure production line safety.
The anti-static wrist strap is made of soft and elastic material mixed with conductive yarn. Its electrical conductivity is good, the length can be adjusted arbitrarily, and the spring grounding wire can withstand more than 30,000 environmental tests without breaking.
Using the bracelet to enable workers to operate points. This simple trick is a minimally consuming method of controlling static electricity, and it can produce direct results. The bracelet can dissipate the static electricity of the human body before the static electricity damages the electronic products. Therefore, the electronic industry generally uses anti-static wristbands to fully protect electrostatic sensitive devices and printed circuit boards.
The bracelet is made of thermoplastic material, which is light, thin and soft. It is safe to contact with human skin and easy to use. The "pull button" type locking structure can be adjusted at will, suitable for wrists of various sizes. The conductive inner insert layer uses 3M's unique "comfort cushion" design to ensure air circulation between the bracelet and the skin, so that the wearer feels more comfortable.
With different colors, such as blue, green, purple, maroon, fluorescent green. It is convenient for managers to see whether the bracelet is used properly, and it can also match the company's color tone to improve the company's image and coordination. The company can also identify the group of workers based on the color of the bracelet.
A bunch of metal wires in the grounding wire are interwoven with high-strength synthetic fibers to increase the tension. Each end of the grounding wire is equipped with a 3M-designed tension elimination system. The system can reduce the tension on the end point, which is beneficial to reduce the number of replacement ground wires. 3M's unique button design ensures that the grounding wire is in close contact with the wrist strap, allowing the wearer to move freely, and the built-in one-megaohm resistor also limits the amount of current flowing through the grounding wire.
The anti-static bracelet is a small device that releases the static electricity stored in the human body to protect the human body. It is divided into a wired wrist strap and a wireless wrist strap.
The roped wrist strap is the most basic of anti-static equipment, and it is also a must-have item in the most commonly used production line. It is not only very convenient in erection and operation, but also the most affordable in terms of price. The principle is to introduce static electricity into the earth through an anti-static grounding wire through a 1 megohm resistor in the plastic box on the wrist strap and a wire. The purpose is to avoid the impact of instantaneous high current on the components and avoid damage to the components. Therefore, the wrist strap must be in contact with the skin when in use, and the grounding wire must be directly grounded, and ensure that the grounding wire is unobstructed in order to exert its maximum effect.
The working principle of the cordless wristband: According to the corona discharge effect and the principle of tip discharge, when the accumulated charge exceeds a certain value, it is discharged into the space due to the potential difference. When the ion neutralization is not completed, the screw can be used to reach the ionization with the outside air water molecules. And, the static electricity can be effectively eliminated, so as to achieve the ultimate goal of static discharge (static voltage balance).
