35x25cm Anti-Static Computer Backpack Cleanroom Tool Kit, Laptop Bag, Compliant with EU ROHS and REACH Standards The size of this dust-free computer kit is 35cm long * 25cm wide. There is a 23cm * 13cm pocket in the front. The fabric is 50s mesh (thickened), and the anti-static can reach 10 times 8 times. The front and main pockets are yellow No. 5 zippers, each with a pull head. The strap is 2.5cm wide and 2cm long. The side strap is fixed with cross fork to the bottom (the load-bearing capacity is enhanced) and the reinforcement nail is also provided. There is a third gear buckle and a second gear buckle to adjust the length. In today’s technology-driven world, the protection of electronic components is more critical than ever. Static electricity can cause significant damage to sensitive electronics, leading to malfunctions or complete failure. This is where anti-static bags come into play. These specially designed bags provide a crucial barrier against static electricity, ensuring that your electronic components remain safe during storage and transportation. Applications of Anti-Static Bags Due to the significant risks posed by ESD damage when anti-static bags are not used, these protective bags are essential across a variety of industries to ensure the safety and integrity of electronic devices during handling, storage, and transportation. Here are some common applications and examples of how anti-static bags are used: Electronics Manufacturing Printed Circuit Boards (PCBs): Anti-static bags are used to package PCBs to prevent damage from static electricity during manufacturing and assembly processes. Integrated Circuits (ICs): Sensitive ICs are often stored and transported in anti-static bags to avoid ESD-related failures. Memory Modules: RAM and other memory modules are protected from static discharge using anti-static bags, ensuring their reliability and performance. Consumer Electronics Hard Drives: Anti-static bags provide a protective environment for hard drives, safeguarding them from static damage during shipping and handling. Processors: CPUs and other processors are commonly packaged in anti-static bags to prevent ESD, which can compromise their functionality. Mobile Devices: Smartphones, tablets, and other mobile devices are often stored in anti-static bags during various stages of production and distribution. Medical Equipment Diagnostic Devices: Sensitive medical diagnostic equipment is protected from static electricity using anti-static bags, ensuring accurate readings and functionality. Medical Instruments: Anti-static bags are used to package electronic medical instruments, preventing static damage that could affect their performance. Automotive Industry Electronic Control Units (ECUs): ECUs and other automotive electronic components are packaged in anti-static bags to protect them from static electricity during manufacturing and installation. Sensors: Various sensors used in automotive applications are stored and transported in anti-static bags to prevent ESD-related issues. Aerospace and Defense Navigation Systems: Aerospace navigation systems and electronic components are protected from static discharge using anti-static bags, ensuring their reliability in critical applications. Communication Equipment: Defense communication devices and equipment are stored in anti-static bags to prevent static damage during transportation and deployment. Retail and Distribution Consumer Products: Anti-static bags are used in retail and distribution to package consumer electronics, ensuring they reach customers without any ESD-related damage. E-commerce Shipments: Online retailers use anti-static bags to safely ship electronic products to customers, protecting them from static electricity during transit.