Everyone needs to use the best protective gear on the job site. Our focus here is what to protect your feet with. The kind of work boot needed here is obvious which make the process of deciding which to use difficult. A common topic that causes confusion is electrical hazard vs. static dissipative work boots. Which is the best option?
The goal here is to distinguish between these two options. Highlighting their features to help you determine which is ideal for use at your workplace. Let’s get it right as safety always comes first! Everyone needs to come home safe from work each day!
Electrical Hazard Work Boots
The entire surface of electrical hazard work boots is created from nonconductive materials. Meaning should your feet come in contact with an electric charge; there is no way for it to affect your feet. For a work boot to gain certification as an electrical hazard boot, it must have the ability to withstand up to 18,000 Volts of electricity for a one minute period. This is a really important safety feature when working around high voltage electrical currents.
Static Dissipative Work Boots
The primary purpose for static dissipative work boots is to protect your feet against static electricity. They are made in a way that makes them shift the effects of static electricity should you get in proximity with static electricity. The shock passes through the body, out of the boot to the ground which in effect reduces the potential for static electricity shock, charge or spark.
Static dissipative work boots are generally used as safety equipment in industries where static electricity shock is problematic though not life threatening.
So what’s the Bottom Line?
It is important to note that regardless of which work boot option you decide to go for, it is vital that you have a clear idea of their ability to act as protection against electricity or whether their effectiveness depends on certain conditions.
Also, note that electrical hazard work boots become less effective once they are wet. The same is the case if they have begun to wear and tear due to excessive use. It also becomes ineffective if there are shards of metallic objects lodged in the sole.
While static dissipative work boots, on the other hand, lose effectiveness should a conductive insole be added to them or if they are wet. They should be worn in clean environments so that the sole stays in contact with the ground.
Best Electrical Hazard Work boots
So when looking for the best pair of work boots make you find the most suitable work boots for your work environment. For a complete guide to the best work boots check out our home page here!