Pink Nitrile Gloves: Nitrile gloves have become a popular disposable gloves option in recent times. Although latex has been a long-time popular gloves choice in the medical field, due to its allergic properties nowadays people prefer non-latex gloves over latex gloves. Nitrile was invented by Neil Tillotson and Luc DeBecker in the 1980s and the glove formula was finally given in the 1990s.
What are disposable nitrile gloves?
Nitrile is a synthetic rubber material that does not contain any latex proteins. Due to its strong and superior puncture resistance properties, it is used mainly in medical and food-related industries. Nitrile gloves have become the preference as it does not cause allergic irritations or leave powder residues on the skin and the surface. A few years back, a colored glove was meant to be a latex-free glove.
Nitrile gloves were generally blue colored but now they are available in rainbow colors. Though glove colors do not matter, it is used just to prevent cross-contamination. Blue-colored gloves were usually preferred in the medical industry. But now, other colors like purple, black, and pink nitrile gloves have become popular.
Black nitrile gloves are generally used by industrial workers as it helps in hiding stains, dirt, fluids, etc.
Pink nitrile gloves, commonly referred to as ‘period gloves’, were invented to encourage women in using these plastic pink-colored gloves while removing sanitary pads or tampons without getting blood on their hands, which then turn into a bag to be disposed of easily.
Purple nitrile gloves are commonly used in healthcare centers where health caregivers need strong protection against germs, viruses, bacteria, etc.
Why use nitrile gloves?
Be it purple, black, blue, or pink nitrile gloves, they are used in various industries. Nitrile provides high puncture and chemical resistance, and hence, it has become a clear choice for many industrial workers. Due to its increasing demand, the prices have dropped and nitrile gloves are available at a cheaper price. Let’s discuss the reasons for using nitrile gloves:
Avoid latex allergies
Latex allergy is the primary cause behind the reduced usage of disposable latex gloves. As nitrile is a synthetic rubber and latex-free material, it does not cause allergic irritations on the skin. Nowadays, professionals prefer using nitrile gloves mainly because they might not be allergic to latex properties but they might need to touch their clients, patient, or customers who are allergic to latex properties.
Puncture and chemical resistance
Nitrile, being three times stronger than latex provides superior puncture resistance. This is why professionals associated with high risks of danger and contamination fields like medical caregivers, tattoo artists, dentists, etc., prefer using disposable nitrile gloves. Industrial workers using heavy chemicals, greases, oils, etc., also prefer using reliable nitrile gloves for safety and durability.
As gloves are required in higher quantities per month, hence the price is a key point to look upon. Nitrile gloves were highly-priced when they initially came into the market. But, with its increasing demand, there has been a remarkable decrease in the prices. Now, nitrile gloves are available at a very affordable rate. Also, being highly durable, nitrile gloves can be used more than once and need not be disposed of immediately after the first use.
Low frictional resistance
Being latex-free and powder-free substances, nitrile gloves provide low friction while putting them on hands. Thus, it can be easily worn and removed without tearing it.
There are a large variety of gloves in the market. Make sure to choose gloves that perfectly match your requirements. There are differences between the durability, resistance, comfort, and protection provided by different types of gloves. If you have a brief knowledge of the uses of each type of gloves, then it will be easier for you to make the right choice. Nitrile gloves are the perfect choice if you are looking for a routine work glove to protect your hands against various chemicals.