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ANTI-STATIC WORKWEAR: WHAT DO I NEED TO KNOW?

ANTI-STATIC WORKWEAR: WHAT DO I NEED TO KNOW?

  • Categories:News
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  • Time of issue:2021-05-19 15:11
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(Summary description)Brief introduction of anti static workwear

ANTI-STATIC WORKWEAR: WHAT DO I NEED TO KNOW?

(Summary description)Brief introduction of anti static workwear

  • Categories:News
  • Author:
  • Origin:
  • Time of issue:2021-05-19 15:11
  • Views:
Information

 

What Is Static Charge?
Static charge is easiest to think of as a kind of imbalance on the surface of a material, where the electric charge is either positive or negative. The repeated contact of two items, for example a balloon and your hair, can cause electrons to move from one to the other resulting in a positive or negative electric charge for both of the surfaces. However, contact is not the only way in which a surface becomes statically charged.

What Leads to a Build-Up of Static Charge in Modern Day Industries?
Electrostatic discharge is far more common in modern industrial environments for two main reasons:

Increased use of man-made materials such as plastic, which holds static charge for longer periods of time
Air conditioning and dry air heating means that humidity levels are reduced, exacerbating static electricity
What Is Electrostatic Discharge?
If two statically charged objects, one negative and one positive, come into contact then this can result in a sudden flow of electricity between them. This flow of electricity is electrostatic discharge, which can result in something as large-scale as lightening to something as small-scale as an entirely silent and invisible discharge.

What Is the Difference Between Electrostatic Discharge and an Electrical Arc?
For clarification it is worth noting that an electrostatic discharge can create, but does not necessarily have to create, an electric arc. For example, lightening is both an electrostatic discharge and an electric arc. However, some electrostatic discharges are gradual, invisible and continuous, and in these cases an arc flash does not occur.

What Are the Dangers of Electrostatic Discharge?
Electrostatic discharge can lead to three important negative consequences:

Risk of Bodily Harm
If a machine operator receives a shock from the product they are working with they will suffer with the pain of the shock, and it might easily throw them off balance resulting in further injury. Simply standing in the electric field of a charged object can result in this effect. If a machine does cause an electric shock it must be switched off for an inspection, which results in wasted time and productivity.

Risk of Damaging Electronics
Even in cases where the voltage of the electrostatic discharge is extremely low, products such as circuit boards and microchips can be irreparably damaged by electrical overstress.

Risk of Explosion
A tiny spark caused by a small electrostatic discharge can easily function as an ignition source in combustible environments. These explosions can be extremely dramatic, and have resulted in industrial tragedies such as the events occurring in a grain silo in the Southwest of France and a paint plant in Thailand.

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