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Linclean
Product Description
Brand | LINCLEAN |
Material | 5mm Grid-98%Polyester + 2% carbon filament,100D48F*100D48F 5mm Strip-99%polyester + 1% carbon Filament,100D48F*100D48F 25mm grid-96%polyester +4% carbon filament,100D48F*100D48F |
Type | Front zipper,hood connected with collar |
Volume resistance | 1x105Ω~1x1011Ω |
Conductive fiber Interval | 5mm strip, 5mm grid, 2.5mm grid |
LOGO | Accept customized logo LOGO |
Function | Anti-Static,dust-free |
Size | S,M,L,XL,2XL,3XL,4XL,5XL |
Frictional voltage | ≤100v(grid) |
In modern industrial production, clean rooms are a crucial special environment widely used in many high-end fields such as electronics, pharmaceuticals, biotechnology, aerospace, etc. It is like a precise 'microscopic world', providing reliable guarantees for the production and scientific research experiments of high-precision products by strictly controlling parameters such as dust particles, microbial count, temperature, and humidity in the air. In the process of electronic chip manufacturing, even extremely small dust particles can cause chip short circuits or other performance issues, thereby affecting the quality and stability of the entire electronic product.
However, in this seemingly calm cleanroom environment, there is an invisible 'enemy' hidden - static electricity. Static electricity, a common physical phenomenon in daily life, has great destructive power in clean rooms. When different objects rub, come into contact or separate from each other, static electricity is generated. In a clean room, the movement of personnel, the operation of equipment, and the handling of materials can all cause the generation of static electricity.
The hazards of static electricity to clean rooms mainly manifest in two aspects: electronic component failure and product contamination. In the electronics industry, many electronic components are extremely sensitive to static electricity. Taking semiconductor chips as an example, the internal circuit structure of the chip is extremely fine, and the instantaneous high voltage generated by electrostatic discharge may break through the insulation layer of the chip, causing a short circuit or damage to the circuit, making the chip unable to work properly. This type of electrostatic damage can occur at any stage of the production process, from chip manufacturing, assembly to testing, and can cause a decrease in product performance or even scrap due to static electricity, resulting in significant economic losses for the enterprise. According to relevant statistical data, the global electronics industry incurs losses of billions of dollars annually due to static electricity issues.
Static electricity may also cause product contamination. In a clean room, static electricity makes it easier for dust particles to adsorb onto the surface of the product, thereby affecting the quality and performance of the product. In the pharmaceutical industry, the production of drugs requires strict sterile environments. Any tiny dust or microbial contamination can lead to substandard drug quality and even pose a threat to patient health. The adsorption effect generated by static electricity makes it easier for dust particles in the clean room air to adhere to drugs or production equipment, increasing the risk of product contamination.
Among the numerous solutions to address the threat of static electricity in cleanrooms, the washable anti-static coveralls Reusable Jumpsuit Cleanroom ESD Garment provided by Chinese manufacturer Linclean stands out as a leader in the field of cleanroom protection due to its excellent quality and performance.
Linclean's washable anti-static jumpsuit fully considers ergonomic principles in its design. It adopts three-dimensional cutting technology, designed according to the curves and activity characteristics of the human body, ensuring that the wearer can feel comfortable and free during various movements, without being bound by clothing. Whether standing for a long time, bending over, or walking frequently, jumpsuits can tightly fit the body, reducing dust and static hazards caused by clothing wrinkles or looseness. Elastic closure design is adopted at the cuffs and ankles, which can effectively prevent the invasion of external dust without causing discomfort to the wearer. This design not only meets the long-term work needs of clean room staff, but also improves work efficiency, allowing staff to focus more on their work.