What are the main functions and advantages of ESD Wiper?

The ESD Wiper uses a special process to combine polyester or microfiber with high-performance permanent conductive fibers, giving it good anti-static properties. It can effectively prevent the generation and accumulation of static electricity during use, which is crucial for protecting sensitive electronic equipment from static electricity damage. Static electricity can cause interference, damage or data loss to electronic equipment, and the use of ESD Wiper can significantly reduce this risk.
The weaving process of the ESD Wiper gives it a tight fabric structure, which not only effectively prevents fabric fibers from falling off, but also prevents fine dust particles from penetrating into the gaps of the fabric. This design ensures the cleanliness of the wiping process and reduces contamination to the operating environment or products, especially in environments that require high cleanliness, such as laboratories, hospitals, or electronic manufacturing factories.
The wiper has good high-temperature resistance and can work stably in various ambient temperatures without losing its anti-static function or producing other adverse effects due to temperature changes. This makes it suitable for a variety of different working environments, including high-temperature environments such as data centers or industrial production lines.
The ESD Wiper has good washing resistance and can withstand multiple cleanings without affecting its anti-static effect and the integrity of the fabric structure. This allows it to maintain stable performance over long periods of use, reducing the frequency and cost of replacing wipers. It is also resistant to common chemical solvents and cleaning agents and will not deteriorate or be damaged by contact with these substances.
The ESD Wiper come in clean room packaging, ensuring that levels of particles, ions and non-volatile residues are kept low during transportation and storage. This type of packaging helps maintain the cleanliness of the operating environment and reduces interference with products or experiments, especially in applications that require extremely high cleanliness, such as semiconductor manufacturing or biological laboratories.
The surface of the wiper is specially designed to be wear-resistant and less likely to shed debris and fibers during use, thereby reducing the risk of contaminating the operation process or the environment. This design makes the wiper more durable and able to maintain its integrity and performance over extended periods of use.
This wiper has good chemical compatibility and can come into contact with various chemicals without reacting or deteriorating. This makes it suitable for a wider range of applications, including those involving corrosive or reactive chemicals. Users do not need to worry about wipers failing or being damaged by exposure to specific chemicals, providing greater flexibility and choice.
ESD Wiper can not only effectively prevent the generation and accumulation of static electricity and protect sensitive electronic equipment from damage, but also prevent fabric fibers from falling off and fine dust particles from penetrating in, ensuring the cleanliness of the wiping process. At the same time, the wiper has strong environmental adaptability, can work stably at various temperatures, has stable chemical properties, is resistant to washing, and is resistant to common chemical solvents and detergents. Its clean room packaging further ensures the product's low particle, low ion and low non-volatile residue content, making it suitable for use in high-cleanliness environments. In addition, the wear-resistant surface design and chemically inert properties make the wiper more durable and suitable for a wider range of application scenarios, providing users with greater flexibility and choice.