Translation of "Ableitfähigkeit" in English

In this manner the fabric acquires an excellent ability to dissipate static electricity.

The entire chair exhibits a very high derivation ability against electrostatic loadings.

The dissipation capacity can be determined, for example, by way of the resistance to ground of the layer.

As a measure of the ability to be able to dissipate static discharges is the dissipative capacity.

In order to improve the conductivity of the established juncture, in embodiments of FIGS.

For example, the temperature of the shoe can impact the discharge capacity.

The dissipation of the floorcovering can play a major role, especially in EDP areas.

This is the first coating to combine conductivity with transparent surface sealing.

When earthed, the ExCharge® version of this filter meets the requirements for electrostatic discharge capacity.

The higher the electrical resistance, the lower the dissipative capacity of the corresponding material.

Apart from the necessity for an extremely low emission even smallest particle the electrostatic derivation ability must be guaranteed.

Material Base material with special fibres or threads (to increase static dissipative properties)

Like all nora floors, it does not have to be coated, which means it permanently retains its conductivity.

Depending on the application, sometimes the chemical resistance of the floorcovering is the priority and other times it is the dissipation or wear-resistance.

However, even a coverage of 0.05 percent is sufficient to meet the requirements of DIN 51953 concerning the dissipation of electrostatic charges in premises with an explosion hazard.

By the use of extruded aluminium with anodized surfaces as material for the structural rails and the connection members, self-generation of particles, for example by corrosion, is excluded, the capacity for diverting electrostatic charges being maintained.

However, while this approach results in increased absorptive capacity for moisture; it also causes a drastic deterioration of wear resistance due to poor thermal bonding capability of cellulosic fibers. OBJECTS AND SUMMARY OF THE INVENTION

The advantage of such a combination lies in the fact that running surface mixtures containing silica impart to the tire a slight resistance to roll and good skid characteristics on wet pavement although it does impart to the tread strip a low grounding capability due to its low electrical conductivity.

An adequate grounding capacity of electrostatic charge is ensured thereby and at the same time assurance is given that the vehicular pneumatic tire has the tread strip characteristics, which are determined by the strip of material (2 a).

With this process according to the invention, vehicular pneumatic tires are produced which have improved driving characteristics and can, at the same time, solve the problem of poor electrical grounding capacity.

On the one hand, because of their specific resistance they are in a position to make harmless electrostatic charges of tools, by their electrical discharging capability, and on the other hand their surface is intended to avoid mechanical damage to parts being worked on on the surface.

With this process according to the invention, vehicular pneumatic tires are produced which have improved driving characteristics and can, at the same time, solve the problem of poor electrical grounding capacity.

A disadvantage of this solution is that these metal threads are often incorporated into the fabric as warp threads alone, so that their dissipative ability is limited.

Due to the required water absorption of <1% necessary in connection with the body conduction to avoid fluctuations in dissipation ability because of different moisture contents in the tiles, due to a certain porosity and different water contents therein as a result of changes in the moisture supply, for example via the floor cleaning, the difficulties of contraction and cracking during production connected with such a high iron oxide content are particularly serious in the proposed solutions mentioned above.

Semitron ESd 520HR has an industry first combination of electrostatic dissipation (ESd), high strength and heat resistance.

Base material with special fibres or threads (to increase static dissipative properties) synthetic fibre with hygroscopic properties (drawing moisture from the air)

Like that among other things the parameters particle support abilities, steam permeability and electrostatic derivation ability are important for the evaluation of a clothing material.

Whether it is particular hygienic specifications and electrostatic dissipation in hospitals, footfall noise insulation and slip resistance in schools, or fire safety in public buildings – nora floor coverings offer comprehensive safety while their long-lasting resilience provides maximum comfort at the same time.