1, anti-static: conductive materials can help the tablet enclosure to eliminate or disperse static electricity, reduce static electricity damage to the device. Especially in some static-sensitive environment, such as medical equipment, industrial automation, etc., the conductive shell can effectively prevent static buildup and discharge.
2, shielding electromagnetic interference: conductive materials can resist external electromagnetic interference, reduce the interference on the internal electronic equipment. This is very important for the need to maintain stable operation of equipment and data transmission scenarios, such as aerospace, military and other fields.
3, grounding protection: conductive materials can be used as equipment grounding protection, to ensure that the equipment in the event of fault current can be safely introduced into the ground, reducing the risk of electric shock. It should be noted that conductive materials are usually more expensive and require more consideration and special handling in the design and manufacturing process. For the average tablet user, an ordinary non-conductive material shell can already provide sufficient protection and aesthetic appearance, so the use of conductive materials is usually considered in a special needs scenario.