ESD Electrostatic Rubber Flooring - Semi Conductive - Dissipative Floor
Protection of electronic devices from electrostatic phenomena
Static protective ESD floor materials (4.7.3)
TR 61340-5-2 c IEC:2007
Optimize your ESD protection
Electrostatic discharge (ESD) can endanger the quality and functionality of your important electronics.
When electronic components are produced or installed they need to be effectively protected by electrostatic dissipative floorings.
Even discharges of as little as 100 V, which are not noticeable to a human being, can damage sensitive components.
Often, these damages are only first noticed by the customer when their units aren’t working properly.
This quickly leads to high consequential costs for you because ESD protection has failed during the production process.
This can result in expensive returns procedures and in customers who have lost their confidence in you.
Lower your risk with ESD flooring
From when the first semiconductors came onto the market in the 1960s, electrostatic discharges have been more than just an annoyance.
Even with low potential, they endanger components in the fields of electro technology, IT, and automation.
With the right industrial flooring you can avoid the risk of ESD in data centers, production halls, laboratories and other working environments.
Electrostatic dissipative flooring systems was especially developed for electrostatic protected areas (“EPA”),
which dissipate and ground the discharges in a safe and controlled manner.
Conductive ESD flooring systems (“ec”)
“ec” stands for “electrostatic conductive” and is an abbreviation used to designate conductive flooring.
Use these ESD floorings if, for example, you need to protect electronic components or equip areas at risk of explosions (“ex-zones”).
Conductive “ec” ESD floorings have resistance to the ground up to 10⁶ Ohm.
This way you can ensure quick and safe removal of any disruptive discharges.
Dissipative ESD flooring systems (“ed”)
The “electrostatic dissipative” ESD floorings have a resistance to the ground of between 10⁶ and 9 x 10⁷ Ohm.
This means that the ESD flooring dissipates charges more slowly than the “ec” conductive floorings.
You can use “ed” flooring systems in areas where components and units need to be effectively protected from ESD.
Thanks to the minimum isolation they also protect people from extreme voltages.
Insulating ESD flooring systems
All ESD floors that are not identified with an “ec” or “ed” offer a high level of resistance to the ground and have an insulating effect.
This means that you can rely on a dielective strength of up to 40 kV, which protects from high voltages (e.g. control cabinets).
No coatings, no downtime
In order to enable conductivity across the whole surface of some floorings, special coatings or waxes are needed.
This layer is usually only a few micrometers thick and can therefore wear out during normal use.
This means that full conductivity across the whole surface is no longer guaranteed and the surface needs to be recoated.
The removal of the old coating and application of a new one more often than not entails high costs, and downtimes.
With ESD floorings you can stay on the safe side, because these kind of flooring systems are volume conductive and therefore do not require any coatings.
The long downtimes required for renovation and recoating are entirely eliminated, along with any potential failure in the ESD protection.
You have the long-term security of knowing the conductivity of your floor will remain unchanged.
In addition, with ESD industrial flooring you receive a ten-year guarantee of the electrostatic properties.
Also suitable for heavy loads
In industry, loads are usually moved with fork lifts, lift trucks or goods transportation systems.
This ESD flooring systems can easily withstand dynamic loads of up to 6 N/mm².
The electrostatic properties of the ESD products remain unaffected.
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