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Nitrile vs. Latex Gloves: What’s the Difference?
Nitrile and latex are two of the most common types of general-use disposable gloves. Choose the best material for protecting your hands.
Single-use Gloves are not an essential accessory on most days, but they can be an effective illness-preventing measure. When you should wear gloves depends on what you’re doing, according to the Centers for Disease Control and Prevention (CDC). The type of disposable gloves you wear is up to you. Gloves used as personal protective equipment (PPE) are made of many different materials; some are used in chemical laboratories, while others are best for medical workers. Nitrile and latex are two of the most common materials for general-use disposable gloves. Before deciding between nitrile vs. latex, there are a few questions to answer: What are nitrile gloves, and how do they compare to latex?

What Are Nitrile and Latex Gloves Used For?
PPE, such as a face mask, is most often used by people who work with the public, including lifeguards, first responders and healthcare providers. When it comes to nitrile vs. latex, both serve the same basic purpose. Latex and Nitrile Gloves are lightweight, stretchy hand coverings that protect the wearer from direct contact with whatever they may touch, which defends first aid and healthcare providers from bloodborne pathogens. They can also prevent foodborne illnesses and skin irritation caused by household cleaners, as well as the spread of infectious diseases.
The CDC recommends wearing PPE when caring for someone who is sick and when sanitizing and disinfecting your home. Frequently-touched surfaces like doorknobs, light switches and countertops harbor tons of germs, and the cleaning products that actually disinfect can be harsh on your skin.
While disposable gloves help keep you safe by blocking direct skin contact, they are not the most effective way to prevent getting sick. The most important protective measure is frequent and thorough hand washing. Always wash your hands with soap and water after removing gloves. The U.S. Food & Drug Administration (FDA) does not recommend reusing or washing disposable gloves or other disposable PPE — effectiveness wanes with repeated use.

Why Would Someone Choose Nitrile vs. Latex?
Although nitrile and latex gloves are incredibly common forms of PPE, there are a few reasons why you might pick one over the other. The first is whether you or anyone in your household has a latex allergy. The use of Latex Gloves can cause a rash, hives, swelling and more when used by someone with a latex sensitivity. Gloves made from “synthetic materials, such as polyvinyl chloride (PVC), nitrile, or polyurethane,” are safer for people with latex allergies, according to the FDA.
Latex gloves are popular due to their elasticity and comfort, says the Occupational Safety and Health Administration (OSHA) guide to personal protective equipment. Nitrile gloves, on the other hand, are more durable and resistant to punctures and chemicals. Overall, nitrile gloves may be the more versatile option. Whichever you choose, always stock protective gloves in your garage, shop or cleaning cupboard to keep your hands safe and sanitary.

Latex: Widely considered to be the most comfortable glove type available, offering a ‘second skin’ feeling, Rubber Gloves offer protection against water-based chemicals, biological hazards, and skin irritants. However, they generally aren’t as robust as nitrile gloves and can result in allergic reactions to latex.
What are the primary benefits of Autonomous Mobile Robots?

1. More flexibility
Autonomous Mobile Robots exhibit flexible, dynamic automation due to their reliance on cameras and onboard sensors. Autonomous Mobile Robots have the ability to develop their own efficient routes within an organization. Autonomous Mobile Robots avoid following established routes and therefore are flexible in creating them. Autonomous Mobile Robots are also flexible enough to change to complete different tasks more quickly than other automation systems that require more effort and time to program. Check out this Logistics robot info for more.

2. More Security
Autonomous Mobile Robots are sucked to the gills by cameras and sensors. The sensors and cameras allow the Autonomous Mobile Robot to understand and read its environment. This lets it move through the facility without interference from people, infrastructure and products. Forklifts and other equipment controlled by humans, such as forklifts, are safer however they still depend on input from humans. Autonomous Mobile Robots remove the possibility that human operators are exhausted or distracted. However, this isn't a problem when using Autonomous Mobile Robots. Autonomous Mobile Robots can be used for repetitive tasks, which can reduce the risk of human error and enhance safety in a workplace.

3. Rapid Implementation
Autonomous Mobile Robots can typically be deployed in a matter of four to six weeks dependent on the specifics of the project. The most important aspect here is picking the software and warehouse execution software which the units have to be integrated with. Even at the very top of the line, it is not a long time, especially when compared to other technology. For an example, a goods to person (G2P) system could take up to a year to fully implement.

4. Ability to increase scale
Autonomous Mobile Robots can be integrated into an organization in a simple way. You can follow a modular deployment method that starts with a couple of units and adding more as you need them. You can start with a small amount and expand your fleet by building it as you go. This can save you a lot of money in the beginning. The modular deployment helps save capital and lets you put money into other projects. Additionally, you are able to evaluate the effects Autonomous Mobile Robots can have on your company and then decide on the your next steps.

5. Moving between facilities is simple and easy.
Some operations may be hesitant to pursue automation options because they know that a move to a new location is likely in the near future. This reasoning makes sense. Why should you build a new system when it will be taken down in two years after the construction of the new facility? Autonomous Mobile Robots can help to bridge the gap between these two scenarios. Autonomous Mobile Robots can be deployed quickly and moved around between locations. This allows automation to take place even for the short-term. These Autonomous Mobile Robots are an asset for companies looking to set up a temporary holiday operation.

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