China Ground ESD Floor Mat Manufacturer, Supplier, Factory

In modern electronic manufacturing and cleanroom environments, static electricity poses a significant threat to product quality, worker safety, and production efficiency. Even a small electrostatic discharge (ESD) can cause irreversible damage to sensitive components, disrupt production processes, or compromise device reliability. To address this, ESD slippers have become an essential element in static control programs across industries such as electronics, pharmaceuticals, laboratories, and semiconductor manufacturing.

ESD stools are more than just seating solutions—they are critical components in maintaining a safe, efficient, and static-free laboratory environment.

What material is an esd tray made of? Polypropylene (PP) and PVC. The main materials for esd plastic tray include polypropylene (PP) and PVC.

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

The manufacturing and healthcare sectors are experiencing notable advancements with the introduction of antistatic cleanroom coveralls, designed to elevate workplace safety and operational efficiency. These innovative garments are tailored to provide protection against electrostatic discharge (ESD) and contamination, addressing critical needs in environments where precision and cleanliness are paramount.

In highly controlled environments such as microelectronics, biotechnology, aerospace, pharmaceuticals, and advanced manufacturing, contamination can mean the difference between success and failure. Microscopic dust particles, fibers, or residues invisible to the naked eye can damage sensitive components, compromise product sterility, or result in costly downtime. To manage these risks, industries rely on cleanroom wipers—specialized wiping materials designed for precision cleaning without introducing contaminants.