Epoxy floor paint itself is a material with high insulation performance, can withstand strong voltage and arc shock, and has good insulation; but the correspondingly improved anti-electricity epoxy floor paint has good Electrical conductivity, which can provide a smooth channel for the flow of charge, can introduce static charges or leakage current into the formation in time. Therefore, epoxy floor paint can be conductive or insulating!
First, the application of anti-electric floor
Usually in the electronic production environment, machine room, electricity room and other places where electricity is used, electricity-proof floors are chosen, that is, they will construct conductive floors with good conductivity. The purpose is to take away the electrostatic charges and leakage generated in time. Current. During the construction of the Chongqing floor , it is necessary to build a conductive network on the floor, that is, a conductive copper foil network, and then connect the conductive network with the lightning protection ground network of the building, and add a one-way lightning protection module in the middle to prevent lightning strikes. Danger. The conductive floor is selected from anti-electric floor paint with good conductive properties.
Application of insulation floor
In the process of some equipment production or production process, some equipment with high current generation is used, and the overflow current will be introduced into the ground along the direction of circulation. In order to prevent the danger of current, it is effective to cut off the direction of circulation, so it is necessary to construct Highly insulating insulation floor. The insulation floor can be constructed with standard epoxy floor paint. The strength of the anti-current breakdown is affected by the thickness of the paint layer. Therefore, when construction is in progress, it is necessary to choose a suitable construction scheme according to actual needs.
It is worth noting that the insulating floor can effectively block the current flow channel, but the static charge generated in the air or the voltage accumulated by the device cannot be dissipated through the floor. Therefore, the device needs to be connected to a good static dissipation channel. Avoid critical strikes due to long-term accumulation of charge.
Third, the relationship between insulation and conductivity
Insulating floor and conductive floor are not opposites. No matter which floor is used, the purpose is to serve production and living. With the cooperation of the two, many complex production requirements can be achieved. For example, in the construction of important computer rooms, the floor where the equipment is stored should be an anti-electric floor with good conductivity, so that the equipment and the electric charge in the air can be cleaned in time. At the level of personnel operating the equipment, the equipment is insulated from the floor and cut off The current path on the ground, thus improving the performance of the operator, is a very good idea for floor construction.
The anti-electric epoxy floor and the insulated environment floor complement each other, exert their respective advantages in different fields, and can cooperate with each other in complex situations, which is a good partner for complementarity and mutual benefit. The key problem is that the user needs to clearly know what the requirements of the project are. If the anti-electricity floor is made into an insulating floor, it is not fun!