What is Cleanroom Wipes?

<p><strong>What is Cleanroom Wipes?</strong></p><p>In fact, although clean paper is called paper, it is essentially a non-woven fabric. Clean paper is also called dry-laid paper nonwovens (Airlaid pulp nonwovens), which is a type of dry-laid nonwovens. <a href="https://www.cleanmo.com/<a href="https://www.cleanmo.com/cleanroom-<a href="https://www.cleanmo.com/cleanroom-wipes" target="_blank">wipes</a>" target="_blank">cleanroom</a>-wipes" rel="noopener noreferrer" target="_blank">Cleanroom Wipes </a>has unique physical properties, and is characterized by high elasticity, softness, hand feel, and excellent drape. It has high water absorption and good water retention performance. It is widely used in health care products, special medical products, and industrial wiping products. And other fields. The two main characteristics of <a href="https://www.cleanmo.com/cleanroom-wipes" rel="noopener noreferrer" target="_blank">Cleanroom Wipes</a> can be seen from its English name: First, the raw material is wood pulp fiber; second, the use of air-laid technology. The production process of non-woven fabrics is mainly two processes of web formation and reinforcement. Dry paper-making non-woven fabric production mainly uses two methods of chemical bonding and thermal bonding. According to the different reinforcement technology, its raw materials and uses are different, the following are introduced separately.</p><p><strong>1. Chemical bonding</strong></p><p>The chemical bonding method uses 100% wood pulp fibers (fluff pulp) as raw materials. After the fibers opened into a single fiber state are air-laid, the water-soluble adhesive is sprayed onto the surface of the fiber web by spraying, and then baked and strengthened Into cloth. The main uses of the product are industrial wipes, feminine hygiene products, baby wipes, tablecloths, wet facial towels and cooking cloths.</p><p><strong>2. Thermal bonding method</strong></p><p>The thermal bonding method is to mix hot melt fibers in the fluff pulp fibers, and the mixing ratio is generally not less than 15%. After air-laid, the low-melt fibers in the fiber web are melted by hot air or hot rolling to strengthen the fiber web into a cloth . Because the non-woven fabric of thermal bonding method does not contain chemical adhesives, the product has better bulkiness and hygroscopicity, and is mainly used as an absorbent core for high-absorbency sanitary products and thin women's sanitary napkins. Based on this application, some production lines are equipped with a high-absorption resin (SAP) powder application device. Due to the addition of polymer water-absorbing resin, the water can be turned into a solid after absorbing water, which greatly improves its water-absorbing capacity. In short, although clean paper is called paper, it is essentially a nonwoven fabric.</p><p><br></p><p><strong>What are the characteristics of</strong><a href="https://www.cleanmo.com/cleanroom-wipes" rel="noopener noreferrer" target="_blank"> <strong>Cleanroom Wipes</strong></a><strong>?</strong></p><p>1. Excellent dust removal effect, with anti-static function;</p><p>2. Efficient water absorption;</p><p>3. Softness will not damage the surface of the object;</p><p>4. Provide sufficient dry and wet strength;</p><p>5. Low ion emission;</p><p>6. It is not easy to cause chemical reactions.</p><p><br></p><p><strong> Application of Cleanroom Wipes</strong></p><p>a. Cleanroom Wipes application</p><p>Semiconductor production line, microelectronics production, LCD display, LCD display, circuit board production,</p><p>PCB product, laboratory dust-free workshop production line.</p><p>Features: </p><p>1. As a universal wiper for daily cleaning of various wet liquids</p><p>2. High humidity in dry and wet conditions</p><p>3. Anti-acid and anti-numerical chemical reagents</p><p>4. Low dust anti-static can effectively control the amount of static electricity generated</p><p>5. Can be used multiple times</p><p>6. Both economical and clean, it is the most widely used wiper in the electronics industry.</p><p>b. Application areas</p><p>1). Semiconductor production line chips, microprocessors, etc .;</p><p>2). Semiconductor production line;</p><p>3). Disc drive, composite material;</p><p>4). LCD display products;</p><p>5). Circuit board production line;</p><p>6). Precision instruments;</p><p>7). Optical products;</p><p>. Aviation industry;</p><p>9). PCB products;</p><p>10). Medical equipment;</p><p>11). Laboratory;</p><p>12). Clean room and production line.</p>