Chloroprene Gloves: Your New Favorite Disposable Glove Material

When you're at work, your gloves are everything. They keep you clean and safe from exposure to harm.

You also want gloves that are comfortable to wear all day long. Whether you're doing dental work or giving tattoos, your gloves shouldn't get in the way of what needs to be done.

When it comes to comfort, strength, and protection, chloroprene gloves hit all the marks. What makes these disposable gloves such a great choice at work? Let's take a look at why chloroprene gloves are about to be your new favorite gloves.

What is Chloroprene?

This material is a kind of rubber which is best known under the registered trademark Neoprene. 

This is a synthetic material, but its molecular structure is close to that of natural rubber latex. 

This type of rubber is known for being resistant to harm. It has great flame resistance - in fact, it will extinguish itself rather than catch fire. Some chemicals, like hydrogen peroxide or acetone, will degrade it. But overall, it has better chemical resistance than natural rubber does. 

It also is fairly inexpensive and works at a wide temperature range, in addition to being very strong. All in all, it's a great, versatile kind of rubber for gloves. 

Latex Allergies? No Problem!

One of the reasons this material has become so popular for gloves is that it completely avoids issues with latex allergies.

Since latex allergies are fairly common, people are always looking for good alternatives, but most other materials don't stand up well to latex in terms of protection, durability, and comfort.

Chloroprene comes the closest to latex in those factors, while not triggering allergic reactions in those who wear it. Although there may be low levels of a few chemical allergens in these gloves, there are none of the latex proteins that people are often allergic to.

6 Reasons Why Chloroprene Gloves are Great

Why should you make the switch to chloroprene gloves? Here are a few of the reasons these gloves are about to become your go-to's. 

1. Comfort

Many people consider these gloves to be the most comfortable on the market. They are ideal for being worn all day, because of the comfort they can offer. 

Chloroprene has a lower modulus than other materials like nitrile. A lower modulus means that you get a glove that has a softer feel and more give. This allows for a snug, comfortable wearing experience.

2. Fit

Because these gloves are soft and malleable, they tend to fit better than gloves made of other materials.

Chloroprene can easily stretch and mold to your hands, allowing for a tight yet comfortable fit that lasts all day long. This means that you can perform better on the job, especially when you have to do work that requires a high level of dexterity. Don't let your gloves become a distraction - choose ones that won't interrupt your work.

The comfort and fit of these gloves also help with reducing hand fatigue, allowing you to perform better even over long hours on the clock. 

3. Strength

These are the gloves that will keep you safest, thanks to their strength properties. Gloves are tested for elongation and tensile strength in order to find out their overall strength. 

Elongation is a test of how far the glove can be stretched before it reaches the breaking point. The elongation test result is a percentage: the higher the number, the farther the glove can safely be stretched.

Tensile strength tests the amount of force the glove can be stretched with before it breaks, instead of the distance that it can be stretched. This is measured in pounds per square inch. Again, the higher the number, the stronger the glove.

These gloves are also fairly resistant to puncture, making them a safer choice around sharp implements. 

You want your gloves to stand up under stress. When a glove breaks at the first test, it won't protect your hands well. But these gloves measure high on the scale and have a higher elongation percentage than nitrile, and almost as much as natural rubber.

This strength and elasticity mean a better glove performance and greater safety for you. 

4. Protection

This material provides an excellent protective barrier against all types of threats. 

Whether you work with blood and bodily fluids, toxic chemicals, corrosive substances, or other dangerous materials, these gloves will offer you the best protection. They stand up well to alcohols, acids, detergents, and other substances you might come in contact with.

As mentioned above, they are resistant to flame, temperature extremes, and many dangerous chemicals. The barrier protection of these gloves is as close as you can get to latex, without actually wearing latex.

5. Price

This material is a bit more expensive than latex, but still, a great deal considering the kind of protection it offers, while negating the threat of latex allergies. 

6. Superior to Alternatives

Latex has long been held as the gold standard when it comes to protection. However, for those with latex allergies or sensitive skin, latex won't work.

Other alternatives have been tested but don't stand up well in terms of comfort, safety, and durability.

Vinyl, for example, is weaker than latex and much easier to puncture. It tends to sag around the wrists, allowing toxic substances in. This weak material offers limited protection at best. 

Polyurethane protects better but is considerably more expensive than latex. So, to meet needs that include both protection and price, chloroprene is the best choice.

Conclusion

When it comes to your gloves, it's important to have the best ones on the market.

No matter what your industry, you wear gloves for protection from dangerous elements. It's critical that the gloves you choose will protect you well.

Get the most for your money and keep your hands safe and allergen-free by switching to better gloves today. With their great fit and high comfort level, you'll hardly notice you're wearing them, but they will keep you safe from harm.

Need to make the change to a better glove material now? We have gloves for you! Check out our chloroprene gloves options.