1.Introduction.
Static electricity problems can have a negative impact on equipment and personnel in some special environments, such as electronics factories, laboratories, hospital operating rooms, etc. In order to solve the problem of static electricity, ceramic overhead anti-static flooring came into being. Ceramic overhead anti-static floor is a kind of flooring system that uses ceramic materials and overhead structure, which can effectively suppress the generation and accumulation of static electricity. This article will introduce in detail the principle and working mechanism of ceramic overhead anti-static flooring.
2.The principle of ceramic overhead anti-static flooring The principle of ceramic overhead anti-static floor is to use the overhead structure of the floor system and the conductive properties of ceramic materials to inhibit the generation and accumulation of static electricity. Its main principles include:
Overhead structure: The floor system of ceramic overhead anti-static floor adopts an overhead structure, that is, there is a certain gap between the floor plates. With this overhead structure, the contact area between the floor slab and the floor is reduced, which reduces the generation and transfer of static electricity. The overhead structure can effectively isolate the floor slabs from the ground, thereby reducing the accumulation and release of static electricity and improving the anti-static effect of the floor system.
Ceramic materials: Ceramic materials have conductive properties that can quickly conduct electrostatic charges from the ground to the ground, thereby reducing the generation and accumulation of static electricity. The ceramic overhead anti-static floor is made of conductive ceramic materials, which makes the surface of the floor have good electrical conductivity, which can effectively absorb and release electrostatic charges, thereby reducing the generation of static electricity.
Conductive connection: Ceramic overhead anti-static flooring connects the floor plates to each other through conductive connectors to form a conductive network. This conductive network is able to quickly direct the electrostatic charge generated on the floor plate into the ground wire, and the surface wire will introduce the electrostatic charge into the ground, thus effectively reducing the accumulation of static electricity.
3.The working mechanism of ceramic overhead anti-static flooring.
The working mechanism of ceramic overhead anti-static floor can be briefly summarized into the following steps:
Static electricity is generated when a person or equipment walks or operates on a floor slab. The electrostatic charge is absorbed by the conductive layer on the surface of the floor slab.
Due to the overhead structure of the floor system, the electrostatic charge cannot be conducted directly to the ground. Instead, the electrostatic charge is rapidly conducted between the floor slabs through conductive connectors and conductive ceramic materials. Conductive connectors direct electrostatic charges into ground wires, which are introduced into underground grounding systems by surface wires.
The underground grounding system removes the electrostatic charge out of the ground, effectively eliminating the accumulation of static electricity.
Through the above-mentioned working mechanism, ceramic overhead anti-static flooring can quickly and effectively suppress the generation and accumulation of static electricity, and establish a stable and long-lasting anti-static environment.
4.Advantages of ceramic overhead anti-static flooring.
Efficient anti-static performance: Ceramic overhead anti-static flooring combines the advantages of overhead structure and conductive ceramic materials to quickly and effectively suppress the generation and accumulation of static electricity. It provides a stable and long-lasting anti-static effect, protecting the normal operation of equipment and the safety of personnel.
Strong durability: Ceramic materials have high strength and durability, and can withstand long-term use and high loads. Ceramic overhead anti-static flooring in.