Disposable Nitrile Gloves
Examination Gloves are a great way to protect your hands during everyday tasks. They’re widely used in various industries and have recently gained a loyal following among the medical community. They’re also ideal for people who are allergic to natural rubber latex. You’ll find nitrile gloves in food and beauty supply stores, laboratories, and healthcare facilities.
Disposable nitrile gloves are available in different grades and strengths. They’re typically made of latex, vinyl, or nitrile. Each of these materials has advantages and disadvantages.
Chemical Resistance
Nitrile gloves are 3-5 times stronger than latex gloves, making them an excellent choice for medical and industrial environments. They’re also more durable, which eliminates the concerns associated with latex allergy. Moreover, nitrile gloves are powder-free, meaning that there’s no mess to clean up after you remove them. If you’re a food service or auto industry employee, it’s important to fit your Examination Gloves properly. Failing to do so increases the risk of exposure to chemical solutions and can also lead to punctures and tears.
The chemical resistance of nitrile gloves is measured using the breakthrough time, which is the time it takes for a chemical to permeate through the outer layer. A good nitrile glove should have a breakthrough time of at least 8 hours. Similarly, the permeation rate measures the time it takes for a substance to pass through the glove. As the chemical resistance of nitrile gloves increases, the permeation rate also increases.
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Durability
Compared to vinyl gloves, Examination Gloves offer better durability. They also have lower price tags and can be discarded easily. For workers in the food preparation industry, nitrile gloves are the best choice as they are less likely to be worn out. Moreover, they are non-sterile and ambidextrous.
But there are still some factors that can affect the durability of nitrile gloves. Exposure to ultraviolet rays, moisture, and ozone will accelerate the degradation process. Although these factors are not as harmful as exposure to ethanol, they can cause nitrile gloves to degrade faster. The gloves may also be damaged by extreme temperatures. These conditions can disturb the chemical composition of butadiene, the primary ingredient in Examination Gloves.
Micro perforations were observed on the thumb, palm, cuff, and index finger. Perforations were less frequent in the middle finger and interdigital finger. There were no significant differences between brand A and brand B, but the distribution of micro-perforations was different between the two groups.
Allergy Risk
Before you start using Examination Gloves, it’s important to make sure you don’t have an allergy to the compound. It is known to cause allergic contact dermatitis, which may manifest as a red, itchy rash. The rash may also contain blisters. The most common culprit for allergic contact dermatitis is the accelerators that are used to make nitrile gloves.
The healthcare industry has shifted away from latex gloves over the last decade. This has led to an increase in allergic reactions to non-latex gloves. The common culprit is the chemical accelerators used to ensure the rapid vulcanization of non-latex exam gloves. Exposure to these accelerators results in skin irritation, redness, itchiness, and burning.
Recyclability
Nitrile gloves are recyclable and are a great alternative to plastic. By recycling these Examination Gloves, they are diverted from landfills and can even be used for lawn furniture, park benches, and other products. They also reduce greenhouse gas emissions. By recycling gloves, Kimberly-Clark is also helping to reduce its costs and reduce its environmental footprint. The company has partnered with UBC Green Labs to make this project a reality.
Compared to latex gloves, nitrile gloves are cheaper and easier to use. They also do not cause allergic reactions. They are also available in a variety of colors and can be customized to meet industry needs. However, unlike latex gloves, they are not biodegradable.
