Anti-static mesh curtain and anti-static mat
The anti-static grid curtain prints the black conductive ink on the transparent PVC film with good anti-static effect, so that the anti-static grid curtain mesh surface has better electrical conductivity.
Anti-static mats are mainly made of a variety of processes using conductive materials, static dissipative materials, and synthetic rubber. The product is generally a two-layer structure, the surface layer is a static dissipative layer, and the bottom layer is a conductive layer. The mat has a long-lasting use, has good acid, alkali and chemical resistance, and is wear-resistant and easy to clean.
The anti-static mat is mainly made of anti-static material and synthetic rubber which dissipates static electricity. The surface layer is a dissipative electrostatic layer of about 0.5 mm thick and the bottom layer is a conductive layer of about 1.5 mm thick. Commonly used 2mm double-layer composite structure, available in green, gray, blue, black, yellow and so on. * Surface resistivity: 106-109 Ω * Underlying resistivity: 103-105 Ω
In the production workshops and advanced laboratories of microelectronics industries such as electronic semiconductor devices, electronic computers, electronic communication equipment and integrated circuits, in order to eliminate static hazards, anti-static mats or conductive mats should be laid, as anti-static mats (floor mats). After being laid and grounded, the working surface will discharge the static electricity of the human body, so that the ESD tweezers, tools, instruments, etc. that the human body is in contact with the tabletop can reach a substantially uniform potential, so that the electrostatic sensitive device (SSD) is not generated by electrostatic discharge such as friction and electrification. The interference of the wide step belt brings the effect of static electricity protection.
Strictly speaking, it is impossible.
