Deep analysis of anti-static mats
Anti-static mats are mainly used in the production and processing of electronic products. Because the electronic products are quite fragile during the re-manufacturing process, they will be damaged by static electricity when they are not careful, which will cause the products to lose their original functions and become pseudo-products. This will have a certain impact on the reputation of the business.
Anti-static mats are mainly made of a variety of processes using conductive materials, static dissipative materials and synthetic rubber. The product is divided into two layers, the surface layer is an antistatic dissipative layer, and the bottom layer is a conductive layer. A static dissipative layer having a surface layer thickness of about 0.3-0.5 mm, a surface layer resistance of 10 to the power of 7 to 10, a power of 9 for the conventional color; a conductive layer having a thickness of about 1.5 to 1.7 mm. Layer, the bottom resistance is 10 to the power of 3 to 10, the color is black. The length is uniform to 10 meters, the width is conventionally 1. meters, 1.2 meters, the thickness is conventionally 2 mm and 3 mm, and the width can also be cut according to requirements.
The anti-static table mat has a long-lasting use time. The main features are: acid-proof, alkali-proof, anti-chemical flux characteristics, and wear-resistant and easy to clean. The surface of the table mat can be divided into matt and bright light. The matt mat surface is relatively non-slip, suitable for bright light environments. The surface of the bright table mat is easy to clean and is suitable for dimly lit environments and can be used for reflection. Anti-static mats are widely used in the production workshops and advanced laboratories of microelectronics industries such as desk tops, assembly line counters, shelves, electronic semiconductor devices, electronic computers, electronic communication equipment and integrated circuits. The purpose is to make the electrostatic discharge sensitive devices that contact the human body and the table top, such as tweezers, tools, instruments, instruments, etc. reach a uniform potential and release static electricity, and at the same time, the electrostatic sensitive device is not interfered by electrostatic discharge phenomena such as frictional electrification, thereby achieving The effect of static electricity protection.
In order to make the “pseudo-products” used in our lives less, the high-quality operating environment is of course the most important.