What To Look for When Choosing an Electrical Insulator

An electrical insulator protects all the parts and personnel surrounding a machine. While there are dozens of insulation options out there, you can only settle on a few for your operation. Here’s what to look for when choosing an electrical insulator.

The Right Electrical Properties

First thing’s first—look for electrical properties. An electrical insulator that doesn’t have the right electrical properties is pretty pointless, so you’ll need to dig deep and research the electrical efficacy of each material you choose. Be sure to check for properties such as dielectric strength, insulation resistance, and arc resistance.

A Cost-Effective Solution

Another thought that every business manager or technician considers when looking at mechanical parts is the cost. There’s no getting around the fact that these parts wear down after ample use and will need replacement. So, take into consideration the cost of using and replacing your electrical insulators from time to time. Depending on the size of your operation and your order, you may be able to work out a beneficial partnership with your supplier. It never hurts to ask.

Long-Lasting and Effective Materials

Mica, rubber, glass, plastic—electrical insulators all come from different materials. Each has its benefits and limitations that determine its applications, especially in industrial settings. As you check out each material, learn about its durability and lifespan. The last thing you want is an electrical insulator that wears out quickly and requires maintenance and replacement every few months. All electrical insulating materials you use should last a long time, but that doesn’t always happen. Our team at the Red Seal Electric Company can help you find the right materials that will work efficiently and effectively.

Knowing what to look for when choosing an electrical insulatorequips every technician to make the most of their work. A high-quality electrical insulator that fits your line of work can make a massive difference in your workflow and productivity.

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Properties of Insulators

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The Difference Between Isotropy and Anisotropy