China Wiping Nonwoven Paper Manufacturer, Supplier, Factory

The main cleanroom wipe and regular paper lies in their physical properties and uses. clean room wiper, also known as dry nonwoven fabrics, have high elasticity, softness, strong water absorption, and are often used in high-precision manufacturing industries such as semiconductor production lines, precision instruments, and optical products. They can effectively control the generation of static electricity and are suitable for low-dust and anti-static environments. clean room wipes are usually made of 100% wood fibers and have a porous surface structure with high water storage capacity and soft and pure characteristics.

In industries where precision and contamination control are crucial — such as semiconductor, pharmaceutical, biotechnology, or aerospace manufacturing — maintaining a pristine environment is not just a preference, it's a requirement. One of the most fundamental tools for achieving this is the Cleanroom Wipe. Designed to remove microscopic particles, residues, and liquids without adding contaminants, these wipes play a vital role in ensuring process integrity and product quality.

An ESD chair is a vital component of any electrostatically sensitive work environment. Designed to prevent the buildup and discharge of static electricity, these chairs help protect sensitive electronic components and ensure worker safety.

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

In every modern electronics manufacturing or repair environment, static electricity poses a silent but serious threat. Even a tiny electrostatic discharge (ESD) can damage delicate circuit components, resulting in equipment malfunction, production losses, or costly rework. An ESD Antistatic Table Mat serves as a frontline defense against these invisible hazards.

​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.