Oftentimes, men and women who choose not to wear their wedding or engagement rings daily do this for safety reasons, mainly because the ring would be hazardous in the workplace.
Take electricians, for example; even when they have to wear non-conductive gloves, wearing a metallic wedding ring at work would be irresponsible and unsafe, and so, for an electrician to wear a ring to work without worrying about their safety and the safety of everyone else, they’d have to find a ring made of materials that are close to 100% in electrical non-conductivity.
The catch is that such materials are hard to come by. But we’ve taken the time to research and recommend what we believe to be the best rings for electricians if you like wearing your wedding ring.
Is it safe for an electrician to wear a wedding ring?
Yes, but only if the wedding ring is made of a non-conductive material.
Can electricians wear metal rings?
Electricians can wear metal rings, but only if the ring is made of non-conductive materials.
While most of the metallic wedding rings on the market have high conductivity and it is rather challenging to find a wedding ring that is 100% conductive, it is important to avoid rings made of materials like gold, copper, zinc, tungsten, or even carbon fiber and stainless steel.
These metals are dangerous to wear when you’re working because they are great conductors of electricity.
But this doesn’t mean that electricians cannot wear wedding rings altogether. Depending on your working conditions, a few metals are used in the ring making that boast a relatively low conductivity, such as tungsten, some carbon fiber, and even stainless-steel wedding rings.
If you don’t want to take that small risk with these low-conductivity metals, you may want to try out the non-conductive materials like silicone, bone or antlers, glass fiber, or even wood for your wedding rings.
When dealing with electrical currents, these materials are considered a safer option for wedding rings. Still, you need to ensure that the materials used don’t have any conductive materials.
What type of ring does not conduct electricity?
For entirely non-conductive rings (at least theoretically), you may want to try out rings made of silicone, tungsten carbide, seranite, cobalt, ceramic, wood, bone, antler, or glass fiber.
What type of rings can electricians wear?
So, which are the common types of rings recommended for electricians?
1. Silicone rings
The safest rings for electricians are silicone, specifically medical-grade silicone.
Silicone is the top-recommended material because it’s the premium quality wedding band that is quite comfortable and durable, and it can withstand the harshest conditions.
It’s 100% non-conductive, and we also recommend silicone because of its versatility.
Note that the medical-grade silicone rings are hypoallergenic, too, thanks to their creation out of silicone rubber polymer.
And thanks to the very affordable price of the silicone rings, you can replace them easily, without breaking the bank.
If you want to know the durability of silicone rings. This post is for you!
2. Wooden Rings
Wedding rings don’t have to be metallic, and if you are an electrician looking for a unique, stunning, non-conductive, and eco-friendly ring, the wooden ring would be a good option.
You will be happy to know that if you care for the ring correctly, it will last a long time, especially if made of materials like walnut, which is not just durable but also meaningful – it represents focus and clarity.
The best wooden rings are made of hardwood which is tough and will survive wear and tear all year round. These can be customized too.
You could also choose a wedding ring made of pure resin. Resin rings are non-conductive; they come in various colors and designs and are just stunning.
Just make sure the ring is made of high-quality resin to prevent fading when exposed to sunshine and for the ring to last long.
Other materials: glass fiber, bone, or antlers.
Materials with low electrical conductivity
1. Tungsten Carbide Wedding Rings
The tungsten carbide rings are first on our list of the recommended materials for wedding rings that electricians can wear safely.
We recommend tungsten carbide rings because even though the electrical conductivity of tungsten carbide may be questionable for some people because this is a steel-based metal, the processing of tungsten carbide is what’s made this a unique metal is largely safe for electricians.
Tungsten carbide wedding rings are processed into rings through two main processes, powdering and molding the elements of the ring, before they create a cemented form of carbide.
The result of these processes is a ceramic material rather than the metallic version of tungsten carbide.
This version of tungsten carbide doesn’t conduct electrical current, and so, by turning its metallic components off, you have stylish wedding rings made of non-conductive tungsten carbide.
These rings are not only stunning and growing in popularity among the rest of the population.
They are an excellent option for electricians because they won’t worry about electric shocks.
However, not all tungsten carbide wedding rings are safe for electricians. For absolute safety where this material is concerned, you need to ensure that the ring is made from jewelry-grade tungsten carbide.
The pure jewelry-grade tungsten carbide rings are made with nickel binders, not cobalt.
The nickel enhances its strength, making it more resistant to wear and tear and scratches. In some cases, a combination of tungsten and wood creates the most beautiful and unique rings that are also very safe.
2. Ceramic rings
The use of ceramic in jewelry making has been on the rise recently, but it remains a less popular choice.
However, if you are looking for a safe wedding ring for an electrician, then a ceramic ring could be a safe, unique, and beautiful option to settle on.
While ceramic rings look a little brittle and may be prone to breakage, they are durable. Ceramic rings come in many stunning designs and styles, and they are surprisingly tougher and more resistant to breakage than tungsten rings.
And in addition to being non-conductive, they are also heat-resistant, and they will tolerate high-temperature conditions without the risk of cracking. Also, they are not easily corroded, scratched, or tarnished, which translates to low maintenance costs.
3. Cobalt Chrome
If you are looking for a white metal wedding ring that looks like any other traditional wedding ring but is comfortable and safe for your work, consider cobalt chrome.
It is a light, durable, and stunning metal though it feels heavier than titanium.
Cobalt chrome is a poor conductor of heat and electricity, and on top of that, it’s scratch-resistant, and it also maintains its stunning shape, despite the harsh conditions that you may expose it to.
Just find nickel-free cobalt chrome to avoid allergies. The good news is that many nickel-free and biocompatible cobalt chrome alloys will be great for you.
Seranite is a ceramic-based metal that is a safe metal option for electricians. It’s pretty durable; it boasts a high degree of scratch resistance.
It is an almost indestructible metal that works excellent for electricians, not to mention individuals working in the aerospace and medical industries.
Seranite is also an excellent option to consider because it is hypoallergenic. Also, it doesn’t need polishing – you only need to wash it in hot, soapy water when it gets dirty or greasy.
Above all that, it is a non-conductive metal. The only catch is that seranite is one of the newer materials used in jewelry making, and so it is rare to find.
These are some of the options that work well for wedding rings that electricians can wear safely.
Before settling on a ring, just research extensively and note that carbon fiber rings may not be as safe as they are conductive.
Read more ring topics here or here!
Tiger is a fashion&jewelry lover. He is also a fashion jewelry manufacturer that help thousands of small business to grow and also do business with some big fashion jewelry brands. He is a truly metal expert and he will share some information you are looking for.