Conductive systems: ESD concrete flooring
Without proper static damage control, the static damage incurred in distinct facilities that house sophisticated electronic components and sensitive explosives can be massive and devastating. Efficient conductive systems are an overall and particularly essential part of a static control program. Come to think about it, ESD systems are the only alternative to immense static damage; so clearly, incorporating conductive systems in electronic component and explosive storage is a must. The flooring system of an electronic manufacturing or assembling warehouse has to be ESD safe. In fact, the flooring system covers an incredibly large part in creating an ESD safe environment for both the workers and the electronic components.
Often at times, ESD concrete flooring is achieved by coating the floor with an epoxy or urethane based paint. This coating provides valuable electrostatic dissipation in any low maintenance and attractive concrete resurfacing product. If your electronic storage or handling facility cannot tolerate solvent coatings, then floropoxy ESD can be utilized. These conductive flooring systems offer incredible static protection by dissipating any static charges to the earth. What is particularly intriguing about these ESD coating is their ability to be tinted to the desired glossy color that suites your work station.
Most conductive systems used in ESD flooring are chemically inert to any harsh working conditions. Working with electronics and explosives requires a highly ESD safe environment, and besides other conductive systems, conductive flooring is your best bet. Definitely, the conductive flooring system is much like the regular flooring system, perhaps the only distinction being the ESD safe coating. Handling explosives and electronics in an ESD safe flooring system goes a substantially long way in combating any undesirable static damages. A good conductive flooring system is the first step to creating an ESD safe working environment, and guaranteed, no losses will be incurred by electrostatic discharge.