Non-sparking and anti-static tools have a common purpose-to protecting against fires or explosions brought on by combustible materials in manufacturing centers. Nonetheless, they are all designed to stop specific hazards and ought to not be confused. Non-sparking tools are identified by an absence of ferrous metals (steel and iron), which means they will not produce sparks that can be sparked under appropriate conditions.
Anti-static tools are carefully designed to be used in grounding equipment systems to prevent static electricity in the building from damaging electronic equipment or providing sufficient charge to cause a fire or explosion.
However, being non-sparking does not mean that the tools are not anti-static. When properly grounded, a non-sparking tool can also prevent electrostatic discharge.
Non-sparking tools are basically those that do not contain ferrous metals. Ferrous metals include steel and iron, in all their different iterations. Items made of carbon steel, stainless steel, cast iron, or wrought iron can generate sparks.
Non-ferrous metals include aluminum, copper, brass, silver, and lead. However, they are not the only materials for making non-sparking tools.
Common non-sparking tools are made up of:
Copper Beryllium Alloy
Plastic is a common non-sparking material, such as shovels, scrapers, paddles, and spoons. Tools that require higher tensile strength, such as hammers or screws, are usually made of copper alloys, but because beryllium may be toxic, it tends to be avoided.
There is a possibility that even tools without a spark may cause a reaction called "cold spark" in which there is not enough heat to ignite the most flammable substance, carbon disulfide. Cold sparks will still give a feeling that sparks are occurring, but they are safe even around the most flammable substances.
Non-sparking tools are important to use facilities, there may be an explosive atmosphere or any reason to pay special attention to the possibility of fire or explosion caused by sparks. This usually involves production facilities that contain flammable gas, mist, dust, or liquids. Non-combustible tools are commonly used in oil refineries, paper companies, and ammunition factories. Non-sparking tools can also be used in food processing facilities that use powdered milk, egg whites, cornstarch, grains, flour, or cornstarch, as these can generate combustible dust hazards.
Anti-static tools are much more complicated than not containing a specific type of metal. They must be part of a complete program to safely discharge static electricity.
Most common tools are available in ESD-safe configurations, including:
Electronic components—especially motherboards—are very sensitive to electrostatic discharge (ESD). Simple static electricity generated when a worker walks to the workstation on the floor can damage the motherboard and render the entire assembly ineffective. Most industries do not need to worry about electrostatic discharge, but when there are combustible gases in the air, such as acetone or methane, even a small discharge can cause fire or explosion.
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