What Causes Electrical Short Circuits and How Can You Manage Them with Insulating Matting?

Are you afraid that a devastating fire in your industrial facility can affect all your life’s savings? Have you thought about how you would control a fire from a sudden short circuit? Do you know insulation matting can protect your industrial workspace up to an extent?
The NFPA or National Fire Prevention Authority says that approximately 24% of fires cause structural damage.

Now, you must be thinking about how electrical matting is the solution. Especially, when you install rubber matting to prevent electric shock and not fires?
The interesting thing here is whether it is a 1000 V rubber matting or one with higher working voltage tolerance, it should have fire retardance as one of its essential properties.
Let us tell you more:

An electrical short circuit occurs when the electricity flow of current deviates from its intended path because of a low-resistance connection between two points in an electrical circuit.
This sudden diversion causes a spike in current flow. Moreover, it leads to excessive heat generation and potential damage to the circuit or connected devices.
Short circuits are dangerous because they can trigger fires, cause electrocution, or damage critical equipment.

Accidents are unpredictable, and fires are unfortunate.
Imagine you are sleeping peacefully at night when you receive a call reporting a fire at your industrial facility. Besides the loss of assets and money, it can land you in unnecessary legal trouble, insurance claims, and whatnot. An electric safety matting would have controlled the situation up to some time, allowing you a few more hours to react.

Some common causes of electrical short circuits are:

Workers standing on insulating matting stay protected from those who don’t when handling overloaded circuits unknowingly.

Loose connections are a death trap. Workers can get deadly electric shocks if they touch them. However, if they stand on an electrical matting, the risks are reduced.

Specialists recommend inspecting the wiring of electrical equipment periodically along with using a protective rubber matting to prevent electrical shock.

Well, sincerely, there is rarely anything good in electricity-related hazards. If it is the shock of arch formation, an electric shock proof rubber mat has proven its worth. We have seen how there is a rising awareness about using the right PPE, specifically insulating matting in electrical applications. Nevertheless, it is equally good at handling the multiple consequences of fire from short circuits:

Isn’t it awesome if you get two benefits by just paying the insulating matting cost- fire and electrical safety?
Electrical matting is made of elastomer which is a rubber compound. While most types of elastomers are not fire-proof, they have fire retardance properties in their molecular structure. The elastomer molecules deform when exposed to fire, therefore preventing the spread of fire from a 1000v rubber matting further. The same happens for an electrical matting designed for higher working voltages, as well.

Along, these are 5 more ways in which insulating matting helps manage electrical short circuits:

When the chances of electrical short circuits reduce, you have to think less about fires too!

Duratuf electrical matting is available in three variants:

The key characteristics of these mats are:

Electrical short circuits can turn out to be deadly, but they are manageable with the right safety measures. Insulating matting offers a simple, cost-effective, and reliable solution to protect individuals and equipment from electrical hazards.

Looking for our bulk insulating matting cost? Call us today!