China Laboratory Stool ESD Chair Manufacturer, Supplier, Factory

conductive fibers. Its main function is to prevent static electricity and dust, and it is suitable for multiple industries.

clean room wiper is mainly made of wood pulp fiber and polyester fiber. Specifically, 0609 non-woven fabric is made of a mixture of 55% cellulose (wood pulp) and 45% polyester fiber, which gives the non-woven fabric the characteristics of low dust, low ion residue,

The principle of esd shoes is to eliminate human body static electricity by directing it to the ground, while at the same time suppressing the dust generated by personnel movement in cleanrooms. Anti-static shoes are made of dissipative materials such as PU or PVC for the sole, with an anti-static and slip-resistant material used for the sole, which can absorb sweat and prevent odor, while also achieving anti-slip and anti-static functions. The upper and lower parts are molded into one piece, and then reinforced with a sewing line. Antistatic work shoe can effectively discharge static electricity, but must be used together with anti-static clothing and anti-static floors to form a complete anti-static system, which is suitable for strict work environments where static electricity is sensitive. one

In the cleaning and maintenance industry, a revolutionary product has recently made its debut, capturing the attention of professionals and consumers alike. The One Hundred Percent Polyester Non-Woven Wiper is a game-changer in terms of efficiency, durability, and environmental friendliness.

The working principle of anti-static tweezers is mainly achieved through the material properties to release static electricity. esd tweezers Anti-static tweezers are usually made of special conductive plastic materials, which have good conductivity and elasticity, and can effectively release static electricity during use, thus protecting sensitive electronic components from damage.

​An ESD mat is not a passive table cover. It is an active, engineered component of your grounding system. Its mission is to create a dissipative pathway, safely bleeding off static charges from tools, components, and operators to a common ground point. This prevents a sudden, damaging discharge that can destroy a sensitive microchip instantly or weaken it, causing a latent failure that manifests weeks or months later.