Electrostatic Discharge (ESD) flooring protects electronics from damage causing by static electricity that accumulates as people walk. ESD floorings, is also popular as Electro Static or Dissipative Conductive Floors. It provides superior static control.
What are the benefits of conductive floors?
ESD flooring works more efficiently and completely than other types of flooring, such as carpet or tile.
– Protection of sensitive electrical components from damaging static electricity.
– Protection of people and staff.
– Better performance than tile that can laminate under heavy-duty conditions.
– Save money on replacing or repairing electronic equipment that has failed or been damaged due to static electricity.
– Creating a 100% effective static controlled environment with ESD footwear.
For many industries, controlling static electricity is crucial. Following are some of the recommended industries:
– Aerospace – Assembly areas, clean rooms
– Pharmaceutical-Biotechnology – Research and development areas
– Auto Manufacturing – Electronic Manufacturing Areas, Chip Manufacturing
– General Manufacturing – Assembly areas
How to choose an ESD floorings for your Industrial Application?
Selecting the right industrial flooring for your needs sometimes can be a complicated task. Besides the obvious consideration of material and color, there are also specific performance requirements to take into account. Mostly when the area may be used for extremely sensitive operations like delicate or healthcare manufacturing processes.
Electrostatic Discharge or ESD is producing by the discharge of electrons that can build up in a body. Many modern electronic devices are very sensitive to ESD. Because their very thin layer of glass can damage when exposing to at least 40V discharge. Moreover, it is a major contributor to serious computing problems and the downfall of database systems.
Dielectrics and Antistatic – What to choose?
Electrostatic Discharge is a well-documented, mission-critical operation, systems, and invisible threat to electronic parts. Its risks include communication errors, facility downtime, product returns, equipment damage, and liability.
If you want to eliminate the risk of accidental ESD events, you will need “fault-tolerant” static-control floors that perform reliably. Conditions for static-control floors should address unique conditions for the environment and meet the state-of-the-art industry-approved ESD standards.
Using design principles that depend on evidence, you can match the ideal products to its post-installation environment. Heatsink floors are recommending for use in the fields of electronics, as well as mounting and testing thereof. Some terms are being used incorrectly to describe floors for static control by vendors. A conductive floor is not the same as a floor to dissipate static.
Moreover a conductive floor is a surface that has low BVG (Body Voltage Generation) readings. They offer high level of protection.
In conclusion, at esdtiles.com, our ESD line of floors maintains the same outstanding properties as our other plants. They are chemical and abrasion-resistant and easy to clean. If you are looking for the best ESD flooring for your industry, our team will help you to choose the best ESD products.