Human Body Static Dissipator Is A Very Important Safety Item

The chance of electrostatic discharge (ESD) is a life threat in numerous industries in the modern world. In the manufacture of electronics or handling of fuels, explosives, and in clean rooms, static electricity produced on the human body may destroy sensitive parts or create sparks or, worse still, accidents that are hazardous. To eliminate these risks, such a practical device as the Human Body Static Dissipator is actively employed.

The Human Body Static Dissipator is clean in itself, but a highly effective tool to overcome the hazards of static electricity. It prevents the people, equipment, and workplaces from being damaged or being involved in accidents, as it offers a safe method of discharging the electric charge in our bodies. You need not only to be in an electronic business, fuel handling, or in any other sensitive industry that requires you to use static dissipators as a smart and necessary safety precaution.

Now that the world is becoming more of a technology-related society, it is even more crucial that any form of static electricity be controlled. It is here that the Human Body Static Dissipator becomes a lifeline.

What Can It Do?

The simplest concept of a static dissipator is grounding. Grounding refers to connecting a charged object with the earth, whereby it discharges all the accumulated electrical charges.

A Static Dissipater of the Human Body normally takes the form of:

Wrist straps: They are strapped to the wrist, and they should be linked to a grounded point. They are applied in electronic assembly premises.

Heel straps: These can be worn over shoes, whereupon the individual walks on grounded flooring in order to have the static dissipate.

Touch plates, or grounding points, are metallic pads or devices situated at a workstation at which a person touches the plate before work to discharge static safely.

SD mats: These are made to work alongside wrist straps, and are put on tables or floors to remove static charge.

All these tools ensure that the body of the person is at the same electrical potential as the rest of the equipment, and thus the individual will not be able to accumulate a build-up of static charge or risk discharging it to the equipment or ground.

Why Is It Important?

Shields Electronic Components: A great number of electronic components are highly resistant to static electricity. Even a minor static electricity discharge is enough to harm an integrated circuit or shorten its life span.

Keeps Flammable Components Safe: At places where flammable substances such as gases or vapours are located, a static spark may cause fire or an explosion. Static dissipators are effective in preventing such occurrences.

Enhances the safety of workers: Workers are at risk when there is static electricity in fuel stations, chemical plants, and cleanrooms. When static dissipators are used, they create a safe working environment.

Minimizes Product Breakage: Product breakage due to static can cause defects in the products as well as increase the costs of production. Dissipators are used to provide quality control.