At Byond, as specialists in solutions of this kind, we are well aware of their benefits and characteristics in this field. Below, we explain the importance of conductivity in industrial flooring.
What is conductive flooring?
Conductive flooring has the ability to conduct electricity, making it necessary in places that require protection against electrostatic charges. The most obvious examples are operating theatres, laboratories and computer rooms, where devices are susceptible to electrical discharges.
But why is conductive flooring important in industry? The answer is simple: in warehouses that store chemicals, flammable items or explosives, conductive vinyl flooring is crucial to minimise risks.
Safety is the priority, as handling these items without the necessary precautions can have disastrous consequences. It is therefore important to understand the characteristics of conductive vinyl for industrial flooring.
What advantages does conductive flooring offer in the industrial sector?
Conductive industrial flooring is ideal for places that need to be free of electrostatic charges, such as operating theatres, laboratories or computer rooms. This flooring has antistatic properties and must comply with regulations on electrostatic phenomena before it can be installed. Its main attributes include:
- Its high resistance to different temperatures and moisture.
- Its ability to withstand spills of liquids or chemicals.
- Its resistance to foot traffic and heavy machinery.
- Its easy maintenance and resistance to impacts and scuffs.
- Its protection against exposure to voltages that are harmful to health.
How is conductivity measured in flooring?
Verifying that conductive flooring performs its function effectively is essential to maintaining the safety of staff and equipment in industrial environments. The electrical conductivity of flooring is measured by the amount of soluble salts, including sodium, potassium, calcium and magnesium, present in the floor.
However, our extensive experience and rigorous testing that exceeds European Union quality standards ensure that our conductive flooring fulfils its function without the need for a conductivity analysis.
Conclusion
In short, the use of conductive flooring in the industrial sector is essential to ensure people's safety and the proper functioning of technical equipment. This flooring has antistatic properties and offers high resistance to different temperatures, moisture and chemicals.
It can also withstand constant foot traffic and heavy machinery, and is easy to maintain. Electrical conductivity in flooring is determined by the concentration of soluble salts, but quality conductive flooring meets European Union quality standards before being applied.
In summary, using conductive flooring in the industrial sector is an essential measure to ensure the safety and proper functioning of facilities.
